If you don’t want to make the pav bhaji masala, you can easily buy a premade version at most Indian grocery stores or online. Just replace the quick pav bhaji masala from the recipe with about 2 tablespoons of the premade masala blend.

Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

Pop the remaining 1 tablespoon butter into the mashed vegetable mixture and stir until it melts. I like to squeeze several lemon wedges over the vegetables and top with a proper flourish of raw onions before piling it onto a griddled roll.

04/11/2020With just one year to go until the eyes of the world are on Glasgow for the UN Climate Change Conference (COP26), ScottishPower Renewables (SPR) has achieved what is believed to be a global first – using energy from a 69MW onshore windfarm to re-energise part of the power grid.The successful project, at Dersalloch windfarm in South Ayrshire, proves wind power can restore a ‘blacked-out’ section of the transmission network. ‘Black start’ restoration –  the name given to the procedure used to restore power in the event of a total or partial shutdown of the electricity transmission system – is often reliant on traditional fossil fuels like coal and gas.Accessibility options: Audio described videoText transcriptSo, using renewables to do this is not just an extraordinary achievement, but a pioneering world first that has the potential to transform how power could be restored to the network. The project saw SPR partner Siemens Gamesa Renewables Energy (SGRE) to deploy the latest technology at the windfarm. SPR and SGRE worked in collaboration with SP Energy Networks (SPEN) when it was time to interact with the grid. This highly innovative project also received part-funding from the Scottish Government.It used ‘grid-forming’ technology called virtual synchronous machines (VSM) to regulate the frequency and voltage of the power from the turbines – essentially forming a stable network island – to keep the electricity system stable and balanced. The technology was then used to integrate that supply with the grid and restore the part of the system that had been blacked out.Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower RenewablesReturn to Press Releases

The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

2 tablespoons neutral oil or ghee1 large white onion, minced3 or 4 Roma tomatoes, chopped, or 1/2 (14-­ounce) can crushed tomatoes4 medium red potatoes, boiled until mashable and peeled1/2 head cauliflower, boiled until mashable1 cup frozen green peas, boiled until mashableSalt to taste1 to 2 cups water1 tablespoon unsalted butter, plus more for the bread4 to 8 potato rolls or hamburger bunsLemon wedges, for servingSliced onion, for serving

To Vegetables, With Love is my love letter to vegetables and it is a joy to bring you a new recipe every week. Thank you to everyone who subscribes, especially to paid subscribers who make this work possible.

Heat a large skillet or griddle over medium heat. Spread a generous amount of butter on the cut sides of each roll and griddle them until the bread is lightly toasted, about 1 minute.

All my kids love Indian food. Like me, they crave unrelenting flavours and spice. One of my daughter’s favourite dishes is pav bhaji. I had never made it at home but when I saw the recipe in my friend Khushbu Shah’s new-ish and super fun book AMRIKAN, I felt compelled to try it. It did feel weird to be making a dish that I knew she would love but wasn’t home to try, but it is also exciting to have a new dish that I can make for her when she visits.

The successful project, at Dersalloch windfarm in South Ayrshire, proves wind power can restore a ‘blacked-out’ section of the transmission network. ‘Black start’ restoration –  the name given to the procedure used to restore power in the event of a total or partial shutdown of the electricity transmission system – is often reliant on traditional fossil fuels like coal and gas.Accessibility options: Audio described videoText transcriptSo, using renewables to do this is not just an extraordinary achievement, but a pioneering world first that has the potential to transform how power could be restored to the network. The project saw SPR partner Siemens Gamesa Renewables Energy (SGRE) to deploy the latest technology at the windfarm. SPR and SGRE worked in collaboration with SP Energy Networks (SPEN) when it was time to interact with the grid. This highly innovative project also received part-funding from the Scottish Government.It used ‘grid-forming’ technology called virtual synchronous machines (VSM) to regulate the frequency and voltage of the power from the turbines – essentially forming a stable network island – to keep the electricity system stable and balanced. The technology was then used to integrate that supply with the grid and restore the part of the system that had been blacked out.Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

Welcome to To Vegetables, With Love, a celebration of a vegetable life, less ordinary. Find archived recipes on my recipe index.

This year, the recalibration is greater than years before. My daughter recently moved out to start college. She is in a new city, a new country in fact. I am doing my best to muster the same courage she has shown, but it feels heavy to wake up and realize she is not in her bedroom. It is destabilizing to know I have one less person to cook for every night, one less palette to satisfy. I am finding it hard to let go, the cord is being stretched further than it has ever before. FaceTime helps.

At its simplest, pav bhaji is made from mashed potatoes and peas, cooked in a tomato-­onion gravy and then heavily seasoned. If you have other vegetables on hand that mash well, feel free to throw them in: cauliflower, eggplant, carrots, green beans. If you have a freezer stocked with frozen vegetables, this is the dish to make when last-­minute guests come over.

In a large pot, heat the oil over medium heat. Add the onion and sauté for 2 to 3 minutes, until it begins to soften, then add the tomatoes. Let the mixture cook down until the tomatoes start to get jammy and the oil starts to separate from the mixture, 7 to 8 minutes. Add the potatoes, cauliflower, and peas and gently mash them into the tomato gravy—­I prefer to leave some small pieces of the vegetables so the mash has some texture. Add the pav bhaji masala, salt, and 1 cup water and stir. Bring the mixture to a simmer and let the flavors meld for about 10 minutes, then turn off the heat, cover, and let it sit for 5 to 10 minutes. Add up to 1 cup more water if needed; you want the texture to be like sloppy joes - spoonable but not thick.

Thank you to Khushbu for giving me permission to share her wonderful pav bhaji recipe with you all here. And make sure you check out Khushbu’s excellent Sustack Tap Is Fine! for restaurant recommendations around the world and more.

Hot off the press, there’s this gorgeous and super satisfying salad - grilled eggplant, herby lentils and turmeric tahini.

“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

🥦 My cookbook, Tenderheart is for cooking vegetables, all year round. Pick up your copy here. It is also mostly vegan (or vegan-izable) and gluten-free adaptable.

Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

It used ‘grid-forming’ technology called virtual synchronous machines (VSM) to regulate the frequency and voltage of the power from the turbines – essentially forming a stable network island – to keep the electricity system stable and balanced. The technology was then used to integrate that supply with the grid and restore the part of the system that had been blacked out.Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

I could not love Khushbu’s pav bhaji more. It’s made with pantry ingredients - potatoes, frozen peas, cauliflower, tomatoes (either fresh or canned) - and is packed with veggies. I actually blitzed the cauliflower so it was more well mashed because I have a cauliflower texture-adverse teen. The chunky gravy is served on top of grilled potato rolls, which makes it incredibly hearty. A real weeknight winner.

The project saw SPR partner Siemens Gamesa Renewables Energy (SGRE) to deploy the latest technology at the windfarm. SPR and SGRE worked in collaboration with SP Energy Networks (SPEN) when it was time to interact with the grid. This highly innovative project also received part-funding from the Scottish Government.It used ‘grid-forming’ technology called virtual synchronous machines (VSM) to regulate the frequency and voltage of the power from the turbines – essentially forming a stable network island – to keep the electricity system stable and balanced. The technology was then used to integrate that supply with the grid and restore the part of the system that had been blacked out.Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

My book Tenderheart is available from Books are Magic, Kitchen, Arts and Letters, Book Larder, Bold Fork Books and also here or here.

Quick Pav Bhaji Masala1 tablespoon Garam Masala2 teaspoons Kashmiri red chili powder2 teaspoons amchur1 teaspoon ground turmeric1 teaspoon ground coriander1 teaspoon ground cumin1/2 teaspoon ground cinnamon1/2 teaspoon ground cardamom

“The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

How did one of Mumbai’s most famous street foods—­the ultimate late-­night snack—­become an easy weeknight ­dinner in America? Pav bhaji consists of toasted bread (pav) and mashed, seasoned vegetables (bhaji), plus plenty of butter (but they for some reason left that out of the name). People like to describe it as “Indian sloppy joes,” and while visually they have similarities, the taste could not be more different.

“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

The night before we took her to her new adventure, I cooked her an Indian feast - tamatar ki chaat (tomato chaat), masala potato balls (alu bonda), palak paneer (spinach paneer curry), lacchko moong (simply spiced whole moong dal), all recipes from Chetna Makan’s upcoming new book Easy Indian Vegetarian. I felt comfort in following another’s recipe and the distraction of being busy in the kitchen staved off the propensity to micromanage her packing. Every recipe was delicious. Let me know which of Chetna’s above recipes you’d be interested in me sharing here in this newsletter:

Pav bhaji is traditionally a buttery dish - Khushbu sent me the video below to show the amount of butter that is used on the streets of Mumbai. As a person who is fairly conservative with the amount of butter I use in cooking, it did give me heart palpitations but also, how delicious! Khushbu’s recipe uses 1 tablespoon but you do you ;)

Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

With just one year to go until the eyes of the world are on Glasgow for the UN Climate Change Conference (COP26), ScottishPower Renewables (SPR) has achieved what is believed to be a global first – using energy from a 69MW onshore windfarm to re-energise part of the power grid.The successful project, at Dersalloch windfarm in South Ayrshire, proves wind power can restore a ‘blacked-out’ section of the transmission network. ‘Black start’ restoration –  the name given to the procedure used to restore power in the event of a total or partial shutdown of the electricity transmission system – is often reliant on traditional fossil fuels like coal and gas.Accessibility options: Audio described videoText transcriptSo, using renewables to do this is not just an extraordinary achievement, but a pioneering world first that has the potential to transform how power could be restored to the network. The project saw SPR partner Siemens Gamesa Renewables Energy (SGRE) to deploy the latest technology at the windfarm. SPR and SGRE worked in collaboration with SP Energy Networks (SPEN) when it was time to interact with the grid. This highly innovative project also received part-funding from the Scottish Government.It used ‘grid-forming’ technology called virtual synchronous machines (VSM) to regulate the frequency and voltage of the power from the turbines – essentially forming a stable network island – to keep the electricity system stable and balanced. The technology was then used to integrate that supply with the grid and restore the part of the system that had been blacked out.Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

So, using renewables to do this is not just an extraordinary achievement, but a pioneering world first that has the potential to transform how power could be restored to the network. The project saw SPR partner Siemens Gamesa Renewables Energy (SGRE) to deploy the latest technology at the windfarm. SPR and SGRE worked in collaboration with SP Energy Networks (SPEN) when it was time to interact with the grid. This highly innovative project also received part-funding from the Scottish Government.It used ‘grid-forming’ technology called virtual synchronous machines (VSM) to regulate the frequency and voltage of the power from the turbines – essentially forming a stable network island – to keep the electricity system stable and balanced. The technology was then used to integrate that supply with the grid and restore the part of the system that had been blacked out.Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

Paul Wheelhouse, Scotland’s Energy Minister, said: “Over the past decade Scotland has delivered huge success in decarbonising the electrical energy generated in Scotland, with renewable electricity delivering the equivalent of more than 90% of the power needed to meet Scotland’s demand for electricity in 2019. It is important that wind farms, which provided 73% of Scotland’s renewable electricity generation, don’t only provide zero carbon energy, but can also deliver the technical services that older, now-closed power stations would have provided for the grid to deliver an effective ‘black start’ recovery in the event of a major power cut. “The Scottish Government, recognising the value in stimulating innovation to identify ways in which Scotland’s vast renewable potential could also augment our capability to deliver a ‘black start’ response, has provided financial support of £550,000 to this project through our Low Carbon Infrastructure Transition Programme and I am delighted with the outcome. Now Dersalloch has achieved a world first in proving that a wind farm can deliver vital ‘black start’ services in the event of a wider power blackout, and this is a crucial step in ensuring that we can deliver timely recovery times from any such incident should it occur while helping underpin a sustainable security of supply of electricity in Scotland as we move towards an energy system that is consistent with Net Zero greenhouse gas emissions by 2045.“This technology will be vitally important, not just in Scotland and the UK, but worldwide. As more countries follow Scotland’s lead in closing down polluting fossil fuel power stations and moving to a renewable electricity system, the market for services that deliver sustainable security of supply will grow and I am keen that Scotland can be at the heart of that.”Lindsay McQuade, CEO of ScottishPower Renewables said: “What we’ve achieved at Dersalloch is truly world-leading and highlights the crucial role renewables will play in creating a decarbonised modern, smart electricity system. It’s also a fantastic example of collaboration and innovation to deliver something exceptional that will change how renewables interact with the grid forever. It’s no longer just about the raw power we generate, but the interplay of renewable generation and its characteristics with the overall grid system and its requirements for when power is needed and used.“As wind is now the cheapest form of electricity generation, innovating our windfarms to be responsive zero-carbon power stations that enhance the network, improve system resilience and help deliver the cleaner and greener future needed to achieve net zero makes sense.”“And this is just the start of the journey, which makes it so exciting. We will continue to work with SGRE at Dersalloch to ensure the VSM technology becomes a permanent feature, complemented by battery storage, to help us better meet the flexibility requirements of the network – and we expect that work to be well underway this time next year. We will also explore opportunities to incorporate the technology at other existing windfarm sites as well as build it into our plans for future developments, which will create a whole new era of pioneering windfarms.”Frank Mitchell, CEO of SP Energy Networks, said: “Our involvement in this project has been invaluable and showcases how we can get the network started and put the lights back on using renewable energy sources.”The trial allowed SPEN to gain knowledge about precisely how many turbines would need to be connected prior to attempting switching of the largest transformers and longer lines, which would be necessary to recover the wider network following a ‘black start’ event.Frank continued: “There is no doubt this technology can make an important contribution to our restoration strategy in the event of a ‘black start’, by building on work we are doing elsewhere across the energy system to ensure security and resilience of supply is maintained throughout the energy transition. I believe that, to provide the resilience required, all windfarms should be established with this capability in future.“That’s a significant step change and one that takes us closer to delivering the green and resilient grid system we all need and want. It is also testament to the innovative approach that’s at the heart of everything we do at SPEN as we work to design and deliver the network of the future – the network that will help deliver Net Zero.”The success of the project provides the basis for Dersalloch to become the world’s first ‘black start’ windfarm by 2022, with work to install new infrastructure and battery storage at the site expected to be underway by November next year, when COP26 takes place in nearby Glasgow – attended by delegates from across the globe.“There is no doubt this project has been an unrivalled success and demonstrates a significant step forward in the capability of renewable generation in the provision of grid services – not just here, but right across the world”, Lindsay McQuade concluded. “It puts ScottishPower right at the forefront of renewable integration – that’s a legacy we’re very proud of and one that will certainly help deliver a better future, quicker.”For further information on the Dersalloch project, visit: Innovation - ScottishPower Renewables

© Excerpted with permission by Hetty Lui McKinnon for To Vegetables, With Love from “AMRIKAN: 125 Recipes from the Indian American Diaspora”. Copyright © 2024 by Khushbu Shah. Photographs © 2024 by Aubrie Pick. Used with permission of the publisher, W.W. Norton & Company. All rights reserved.

Dip for dinner is a favourite way to eat for me, so in this new NYT Cooking recipe, I took inspiration from tzatziki to create a chickpea and cucumber salad. It’s the perfect recipe to serve alongside crusty bread or something heartier like pan-fried halloumi, falafels, veggie burgers etc. For vegans, coconut yoghurt works great.

Instead of pav, a type of soft bread roll whose origins are rooted in the Portuguese colonization of India’s western coast, my recipe calls for griddled potato rolls or hamburger buns. The best way to serve pav bhaji is with lemon wedges and a mountain of raw onions. There is a running joke in my family that I eat my onions with a little bit of bhaji.

I will be speaking with Priya Krishna at James Beard Foundation Platform on September 18 at 6.30pm. Bites from Tenderheart will be served and there will be books for sale. It has been a while since I have done a signing, but I’d love to see you. Tickets are available here and use discount code chefsept10 for 10% discount.