Category Archives: Energy

Energy, Green Energy, News

Energy sector warned over strict legal investment rules

Businesses or individuals looking to invest in the energy industry are being warned about strict Government rules which mean their acquisitions can be scrutinised or even blocked as a matter of national security if they don’t obtain the correct permissions.

The warning comes from solicitor and sector specialist Beth Margetson who says that those who complete an energy-related acquisition without correctly notifying the Government also face severe civil and criminal penalties under the National Security and Investment (NSI) Act.

Beth, a partner in the Renewables team at mfg Solicitors, urged potential investors across the industry to be aware of their obligations under NSI and seek legal advice to avoid falling foul of the law.

She said: “The NSI Act was introduced in January 2022 to address concerns around the change of ownership of assets in sensitive industry sectors and businesses – including energy and electricity storage.

“Under the Act, the Government can intervene in certain acquisitions that may give rise to a risk to national security. They can impose certain conditions on an acquisition, or even unwind or block it completely.

“Buyers who fail to give a correct notification of an energy-related transaction also face severe civil fines of up to 5 per cent of their global turnover, or £10 million – depending on the greater amount – as well as five years in prison.

 

The renewables expert and her team recently exhibited at the Solar and Storage Live show at Birmingham’s NEC and said many people in the industry had questions about their legal obligations under NSI.

 

She added: “The NSI has in many ways been a game-changer for those looking to enter into, or expand within, the energy industry.

“The acquisition of substantial generators or aggregators of electricity can fall within the mandatory notification requirements of the NSI, mainly because the Government considers the energy sector to be essential to the country’s economic growth and stability.

“Due to this seriousness from a central government level, it means that a mandatory online notification may be required for certain transactions, including the purchase of a business or certain assets.

“Aside from the heavy penalties faced for approaching a deal incorrectly, there’s absolutely no doubt that investments into the right energy businesses are proving to be extremely lucrative in recent years. But transaction success only comes if the right advice is taken, and if the correct steps and processes have been followed.”

 

 

Investors are being advised that if the business they are acquiring carries out activities within the energy sector, and their shareholding or voting rights increase to more than 25%, 50% or 75% – or they acquire voting rights which enable them to secure or prevent a resolution governing the affairs of the business – then a mandatory notification may be needed.

Activities within the energy sector which fall under the Act include onshore and offshore generation, aggregation, the transmission or distribution of electricity and storage.

 

For further information, or advice around the National Security and Investment Act 2021, readers can contact Beth through beth.margetson@mfgsolicitors.com

mfg Solicitors has offices in Birmingham, Kidderminster, Worcester, Bromsgrove, Ludlow and Telford.

 

 

Energy

British Hydropower Association seeks clarity and clear timelines over new government scheme to encourage renewable energy storage

The British Hydropower Association has today called on the UK Government and Ofgem to provide greater clarity and certainty on the timelines for implementing a proposed scheme which will help to encourage investment in new pumped storage hydropower (PSH).

Last week, the government announced its commitment to introducing a ‘cap and floor’ mechanism for Long Duration Energy Storage (LDES) technologies.

The new scheme will create vital investment in renewable energy storage, including pumped storage hydropower (PSH) schemes. The ‘floor’ provides a minimum revenue certainty for investors, with a regulated limit, or a ‘cap’ on revenues to avoid excessive returns to developers. It’s similar to a scheme which has successfully brought interconnectors, another key technology that will enable flexibility and resilience with the UKs grid infrastructure.

While welcoming a cap and floor mechanism to support LDES deployment, industry leaders have stressed the urgent need for a detailed roadmap to ensure investor confidence and accelerate project development.

Kate Gilmartin, CEO of the British Hydropower Association, said: “While we appreciate the progress made so far, the LDES industry needs a very clear and detailed timeline to plan effectively. Uncertainty around key criteria and dates when clarity will be given, could delay much-needed investment in these critical energy storage projects.”

Ahead of a meeting with Energy Minister Michael Shanks this week (Wed 23rd Oct), the BHA is urging the government and regulator Ofgem to:

• Provide a detailed timeline for the development and implementation of the cap and floor mechanism to ensure the scheme is introduced in 2025.
• Clarify the process for industry engagement in shaping the technical aspects of the scheme.
• Confirm dates for key milestones, including the publication of the technical decision document and the opening of the first allocation round.

The BHA is also seeking detailed discussions with energy regulator Ofgem to consider the design of the scheme, which is aimed at unlocking investment in LDES by striking a balance between commercial incentives, appropriate risk mitigation for project developers and value for the consumer.

The UK currently has 2.8GW of LDES across four existing pumped storage hydro schemes in Scotland and Wales, including Cruachan in Argyll, and Ffestiniog in Gwynedd, which already play a significant role in providing energy at peak demand.

Ofgem says the first round of applications is set to open in 2025, but the BHA is concerned that implementation of the scheme be as swift as possible since investment and certainty is needed.

LDES technologies including Pumped Storage Hydropower are crucial for integrating renewable energy and ensuring grid stability as the UK moves towards its net-zero goals.

Gilmartin added: “The BHA and its members are eager to work closely with Ofgem & the Department for Energy Security and Net Zero (DESNZ) to ensure this mechanism is implemented as speedily as possible. Time is of the essence in the global race towards clean energy and the UK has a significant early mover advantage that we must capitalize on

“Our sector is poised to move forward rapidly, we need to lever the global supply chain, bring forward world-class skills, and attract international capital. With the right framework in place, we can secure the UK’s position at the forefront of development in this crucial technology.”

During roundtable discussions with the minister this week, the BHA will highlight the need for:

1. Accelerated Implementation: The BHA will urge Ofgem and the government to bring forward the detail of the cap and floor mechanism at an accelerated pace. Swift action is crucial to maintain the UK’s competitive edge.
2. Global Opportunity: The LDES sector represents a global opportunity. The UK must attract investment, skills, and supply chain from around the world.
3. Job Creation: Rapid development of LDES projects will create thousands of skilled jobs across the UK, supporting the government’s agenda to bring forward high quality jobs.
4. Energy Security: LDES technologies, particularly pumped storage hydropower, are vital for enhancing the UK’s energy security, reducing reliance on fossil fuels in volatile international markets and avoiding costly curtailment.

The trade body says that across the UK, developers have a combined pipeline of more than 11GW of new Pumped Storage Hydro (PSH) projects, offering over 208GWh of storage capacity. Some of these projects are described as “shovel ready,” awaiting only the implementation of an appropriate cap and floor mechanism to enable deployment.

 

Energy, UAE

How UAE Revolutionized Energy: From Oil to Renewables

Written by Vitaliy Chiryassov, CEO of UPPERCASE.

The UAE’s energy sector has always been a key part of the economy, but it used to be heavily reliant on fossil fuels. Now that’s changing as the country takes the lead in the transition to green energy, moving from 100% gas-fired power generation to 100% green energy.

Here’s why the UAE is likely to succeed in going 100% green when it comes to energy.

The UAE’s Strong Energy Foundations

The UAE’s energy sector has been a cornerstone of the nation’s economy since the discovery of oil in the mid-20th century. With around 7% of the world’s proven oil reserves, and 7th top natural gas reserves, the country quickly became one of the top players in the hydrocarbon energy market.

As the UAE’s population grows and its economy expands, the demand for electricity continues to rise. Historically, the country relied on gas-powered plants to meet this demand, creating a massive energy market. By 2027, the UAE’s energy market is expected to reach a valuation of $1.3 trillion, with a projected growth rate of 3.5% annually.

Although oil and gas have traditionally powered the UAE’s economy, the energy sector is now shifting towards renewables. The government has set plans to generate at least 50% of the country’s energy from green sources, relying on a mix of solar and nuclear power.

Ambitious Plans for Renewable Energy

The UAE is committed to shifting from fossil fuels to renewable energy, driven by two main goals: economic growth and environmental responsibility. Diversifying the economy beyond oil is crucial for the UAE’s long-term stability, and investing in green energy is a key part of that strategy.

Also, the UAE recognizes the global threat of climate change and is determined to be part of the solution. By embracing renewable energy, the UAE government aims to reduce the country’s carbon footprint and, in the end, protect our green planet.

Government Initiatives Driving the Energy Transition

The UAE government has launched several key initiatives to make the jump to renewable energy, cut the use of fossil fuels and promote sustainability.

Firstly, the UAE Energy Strategy 2050, Launched in 2017, aims to increase the contribution of clean energy to 50% of the total energy mix by 2050, while reducing the carbon footprint of power generation by 70%. The plan is ambitious, with a goal to achieve an energy mix that combines renewable, nuclear, and clean fossil fuels. To achieve it, the UAE government is investing 600 billion AED into the energy infrastructure.

Secondly, the Dubai Clean Energy Strategy 2050, which specifically targets the emirate of Dubai. This strategy sets a goal for Dubai to generate 75% of its energy from clean sources by 2050.  It includes the development of the Mohammed bin Rashid Al Maktoum Solar Park, which, upon completion, will be the largest single-site solar park in the world. 

Thirdly, the UAE government is also focusing on nuclear energy as part of its clean energy mix. The Barakah Nuclear Energy Plant is the first of its kind in the Arab world and plays a crucial role in the UAE’s energy strategy. Once fully operational, it will supply up to 25% of the UAE’s electricity.

What the UAE Government has Already Accomplished

The UAE is actively implementing several innovative initiatives to advance its renewable energy goals and improve energy efficiency.

A major advancement in clean energy for the UAE was the nuclear cooperation agreement with the U.S. This partnership accelerated the construction of the Barakah, the Arab world’s first nuclear plant, which began in July 2012. The plant consists of four units, all of which are now operational, with Unit 4 completing in March 2024. The plant currently generates 5,600 MW.

But nuclear energy isn’t the whole story — the UAE is also looking into more exotic sources of electricity. For example, the government is heavily investing in infrastructure to produce, store, and use hydrogen as a clean energy source. The focus is on developing green hydrogen (itself produced using renewable energy) to support various sectors, like construction and transportation industries.

Solar energy is another area where the UAE has made a lot of progress. The country is exceptionally well-positioned to benefit from solar, due to its abundant sunshine. Recognizing this, the UAE has invested heavily in solar technology. The Mohammed bin Rashid Al Maktoum Solar Park in Dubai has a planned capacity of 5,000 megawatts by 2030, it will be one of the largest solar parks in the world. There is also the Shams Solar Power Plant in Abu Dhabi, one of the largest concentrated solar power plants globally. 

In terms of transportation, the UAE is aiming to electrify its vehicle fleet. By 2030, 40,000 cars on UAE roads are expected to be electric, a big jump from just 1,900 in September 2020. This will help the country cut greenhouse gas emissions.

The Emirates Water and Electricity Company (EWEC) is also playing a crucial role. EWEC manages the UAE’s water and electricity needs and is focused on integrating renewable energy sources into the national grid. This includes overseeing projects like the Al Dhafra Solar Plant, one of the largest single-site solar photovoltaic projects in the world, which is set to provide up to 2,100 megawatts of electricity.

The Future of Energy in The UAE

The UAE’s shift to renewables is progressing quickly, and the urgency is warranted. Climate change could raise global temperatures by 1.5°C above pre-industrial levels as early as 2030, with severe consequences for our planet. Experts warn that sea levels might rise by a meter or more by 2100, potentially submerging large areas of coastal nations like the Maldives.

The UAE government is taking action to combat this — in more ways than building green power plants. For example, the Mohammed bin Rashid Al Maktoum Solar Park includes an R&D center focused on advancing solar technologies, aiming to boost energy yields for future solar plants. The UAE is also sharing its expertise with other nations, particularly in the developing world. UAE-Pacific Partnership Fund, for example, has implemented renewable energy projects across 11 Pacific island countries.

 

The UAE’s ambitious green energy transition represents more than just a national shift — it’s a blueprint for global change. In the face of intensifying climate challenges, the UAE’s holistic approach,  which combines technological innovation, international collaboration, and economic diversification, is a model for sustainable development. The UAE is sure to become a renewable energy leader — and help save our planet.

Iamge: Dubai Skyline at Dusk by masterlu at Deposit Photos

Energy

Why LPG is the Ideal Heating Solution for Irish Rural Homes: Cleaner, Greener, and More Reliable

For Irish households, particularly those in rural areas, finding a reliable and efficient heating source can be a challenge. Natural gas lines don’t always extend to more remote locations, leaving many homes reliant on oil, solid fuels, or electricity—options that are either less efficient or more expensive. In this context, Liquefied Petroleum Gas (LPG) has emerged as an ideal alternative, offering an affordable, greener, and more reliable heating solution tailored to the unique needs of rural Ireland.

Calor Gas Ireland, a leader in providing LPG solutions, has long understood the challenges faced by rural homeowners. As energy needs shift towards more sustainable solutions, LPG offers a perfect blend of affordability and environmental responsibility, bridging the gap between traditional fuels and the renewable energy future.

The Challenge of Heating in Rural Ireland

Rural households in Ireland often face unique energy challenges. Many are located in areas that are “off-grid,” meaning they are not connected to the national gas network. This leaves residents dependent on oil, solid fuels such as coal and peat, or expensive electric heating systems. These options come with drawbacks:

  1. Environmental Impact: Oil and solid fuels have a significant carbon footprint, contributing to Ireland’s greenhouse gas emissions.
  2. Rising Costs: With fluctuating fuel prices, heating costs for rural homeowners can become unpredictable and high, especially during harsh winters.
  3. Limited Efficiency: Older heating systems reliant on solid fuels or electricity may not be as efficient as modern systems, leading to waste and higher energy bills.

This is where LPG stands out as an optimal solution.

Why LPG is a Cleaner and Greener Option

One of the main advantages of LPG is its reduced environmental impact compared to oil and solid fuels. As Ireland works towards its 2030 climate action goals, households are increasingly being encouraged to transition to greener energy sources. LPG offers a compelling case in this regard:

  1. Lower Carbon Emissions: LPG emits approximately 20% less CO2 than heating oil and significantly less than coal or peat. This makes it a cleaner option for homeowners looking to reduce their carbon footprint.
  2. Air Quality Benefits: Burning LPG produces fewer particulates and pollutants compared to solid fuels, leading to better air quality, especially important in rural areas where air pollution can become an issue due to peat and coal burning.
  3. Efficiency: Modern LPG systems, such as condensing boilers, are highly efficient, converting almost all the fuel into usable heat, thereby reducing wastage and lowering energy bills.

For rural homeowners conscious of their environmental impact, LPG is a strong step towards sustainability.

Reliability and Consistency

Reliability is key when it comes to heating solutions, especially in rural Ireland where winters can be long and harsh. Unlike oil or solid fuels, which require frequent top-ups and deliveries, LPG offers several advantages:

  1. Continuous Supply: With bulk LPG storage options, such as underground tanks offered by Calor Gas Ireland, homeowners can ensure a consistent and reliable supply of fuel throughout the year. Smart monitoring systems allow for automated delivery when fuel levels run low.
  2. No Interruptions: With the right system in place, there is no need for regular manual intervention, allowing households to focus on living comfortably without worrying about running out of fuel.
  3. Flexible Usage: LPG is not just a heating solution; it can also be used for cooking, hot water, and even powering household appliances, offering flexibility that other fuels don’t provide.

Cost Savings and Financial Incentives

While some homeowners may be concerned about the upfront cost of switching to LPG, the long-term savings are significant. Modern LPG boilers are highly efficient, often reducing heating bills compared to older oil or electric systems. Furthermore, LPG prices tend to be more stable than oil, allowing homeowners to better manage their energy costs.

In addition to cost savings, there are financial incentives available to help rural homeowners make the switch. These include:

  1. Government Grants: Ireland’s SEAI (Sustainable Energy Authority of Ireland) offers grants for energy-efficient home improvements, including upgrading heating systems. Homeowners switching from oil to LPG gas can take advantage of these grants to offset some of the costs.
  2. Fuel Savings: With LPG being more efficient than oil or solid fuel, users can expect to burn less fuel overall, further reducing long-term costs.

Real-Life Testimonials: Irish Homeowners Who Have Made the Switch

Many Irish homeowners have already made the switch to LPG and are reaping the benefits. For instance, Mary, a homeowner in Co. Clare, shares her experience:

“We switched to LPG three years ago, and it’s been a game-changer for us. The house is always warm, and we don’t have to worry about deliveries like we did with oil. It’s just so convenient, and our heating bills are lower too.”

These testimonials reinforce the fact that LPG can significantly improve quality of life for rural households in Ireland.

To Wrap Up !

For rural homeowners in Ireland, LPG is an ideal heating solution that offers reliability, efficiency, and a reduced environmental footprint. With modern systems from providers like Calor Gas Ireland, switching to LPG can be a seamless process that leads to long-term benefits both for the homeowner and the planet.

In a time when sustainability is more important than ever, LPG serves as a cleaner, greener alternative to oil and solid fuels, ensuring rural Irish households stay warm without sacrificing environmental responsibility.

Apprenticeships, Education, Energy

CES announces new apprenticeship programme

Leading energy efficiency company, Consumer Energy Solutions (CES), has announced it will be offering a two-year apprenticeship in NVQ Level 3 in Insulation & Building Treatments.

 

In contrast to regular apprenticeships, Swansea-based CES will be paying National Minimum Wage per age bracket to ensure fair compensation as the apprentices develop their skills and experience to accelerate their careers.

 

In addition, to improve accessibility, CES will provide an Internal Wall Insulation Apprentice Starter Kit to all apprentices, including PPE, key tools and storage items, as well as offering a £25 per night stay-away allowance.

 

The two-year course will start by covering comprehensive safety training and basic insulation techniques, before moving on to hands-on experience and soft skills development. In their second year, apprentices will aim to enhance their technical skills, work more independently and prepare for certification, if applicable. Modules will include quality control, project involvement and leadership and cost management.

 

Ben Strinati, Insulation Director at CES said: “We are thrilled to be offering this apprenticeship in NVQ Level 3 in Insulation and Building Treatments. It’s a fantastic opportunity for young people across south Wales to kickstart their career in renewable installation by learning the core skills and techniques to become a skilled professional in the insulation industry.

 

“We are honoured to be able to offer our support in providing apprentices with key equipment through the Internal Wall Insulation Apprentice Starter Kit and our overnight expense coverage, as well as paying all apprentices the National Minimum Wage. We want our learning opportunities to be as accessible as possible and leave our apprentices ready for the world of work. With our support options, we hope this opportunity will reach a wide range of young people, and we encourage anyone who is looking to kickstart their career to apply.”

 

CES has its headquarters in Swansea with permanent bases in south Wales, north Wales, west Wales and Exeter. It currently operates 42 teams of insulation installers, each of which includes carpenters, dry-liners, plasterers and multi-skilled installers, alongside eight dedicated loft insulation teams.

 

The company is committed to providing comprehensive training for all staff and arranges regular manufacturer training programmes and seminars to ensure installers are up to date with frequent regulation reviews and advancement in technology. Basic training starts with an NVQ qualification in construction and building treatments with further learning based on the energy efficiency measure and the method of installation. Additionally, all operatives receive annual training in the latest health and safety regulation, promoting a safe installation for themselves and customers.

Driving, Energy

Fuelling experts explore the next generation of forecourts

Written by Cedric Herbreteau, Director of Clean Energy at Dover Fueling Solutions

According to the latest statistics, there are 8353 petrol stations operating across the UK with facilities spanning conventional fuel dispensers and cleaner energy alternatives.

However, with Government committing to phase out all sales of Internal Combustion Engine (ICE) vehicles by 2035, the configuration of these stations will change considerably.

 

Cedric Herbreteau, Director of Clean Energy at Dover Fueling Solutions® (DFS), said: “In line with the Government’s Zero Emission Vehicle mandate, we will unquestionably see greater adoption of electric vehicles (EVs), fuel cell electric vehicles (FCEVs) and other clean fuel powered transport.

“Nevertheless, with ICE vehicles likely to remain on roads well into the 2040’s, fuelling stations will evolve to cater towards all fuel types simultaneously.”

 

How will forecourts change?

The UK made headlines recently by selling its millionth battery-powered electric car, a milestone on the road to net-zero.

This means EVs have even outsold diesel vehicles for the first time in history to become the UK’s second most popular fuel-type behind petrol.

In addition to this, Hydrogen transport has also become more feasible, with the UK’s first FCEVs hitting British roads and a further £11 billion in private investment expected by 2030.

 

A move towards cleaner fuel types changes the complexion of the traditional forecourt massively with greater accessibility and infrastructure needed to cater towards future demand.

Expect to see a mix of refuelling options available – including EV, Hydrogen, Liquefied Natural Gas (LNG) and Compressed Natural Gas (CNG) – at the stations of the future alongside petrol and diesel facilities.

 

An evolved convenience store offering

As the refuelling experience evolves, so will consumer attitudes to the forecourt retail experience.

Some forecasters predict that a renewed focus on cleaner fuels will also put pressure on fuel retailers to provide a more sustainable offering within their convenience stores. This could include a more sustainable product range, utilities powered by renewable energies and new AI-driven, intuitive payment systems and platforms.

Modernising the pump will likely include a mix of biofuels and Hydrogen for passenger fleets and heavy-equipment operators as well as a burgeoning demand for EV charging facilities in the B2C passenger car market.

The increased dwell time associated with EV charging offers an enormous opportunity for retailers. Even the fastest public chargers will take at least 20 minutes to charge meaning customers have more time to spend across retail, entertainment and food & beverage stores.

It’s likely that old-world, motorway convenience stores will transform into larger-scale ‘retail hubs’ to capitalise on this. By leveraging customer loyalty schemes, convenience stores can become a one-stop-shop for other services such as click & collect, remote working, online returns, postal services and shopping.

 

Multi-fuelling stations

While infrastructure is certainly improving, cleaner fuelled transport is still heavily outnumbered by ICE vehicles with petrol retaining a top market share of 42.3%.

A shift to cleaner fuels certainly won’t mean the death of petrol stations. Over the next decade, there will still be many motorists who haven’t yet made the switch. The average lifespan of an EU ICE car is currently 12 years meaning these vehicles could still be on the road in the late 2040’s,

Many petrol and diesel nozzles will need to remain in operation to refuel the remainder of this car population so forecourt owners will need to carefully balance the demands of all of their customers during this period of transition.

One solution could be to invest in transitional fuels. In comparison to conventional fossil fuels, such as petrol and diesel, a transitional fuel is any type of fuel which contributes to FIT for 55 reduction targets. Leading examples include natural gas variants: CNG and LNG.

Both provide a viable economic alternative to petrol and diesel while EV / Hydrogen infrastructure improves while producing very few tail pipe emissions. CNG is a solid choice for lighter duty vehicle applications with LNG more suited to more demanding, long-haul transportation.

Maintaining a winning mix of all of these refuelling types will likely be the key to success when future-proofing your forecourt.

 

Conclusion

The landscape of UK refuelling is set to undergo significant transformation as the country drives towards its 2035 targets. While traditional petrol stations currently dominate, future forecourts will see a mix of various fuelling options and a wider retail offering.

Ensuring your forecourt remains versatile and sustainable will be the key to success.

Energy, Green Energy, News

The OR Society Awards the President’s Medal 2024 to Smith Institute for The Dynamic Reserve Setting Project in collaboration with National Grid ESO

The OR Society’s President’s Medal for 2024 has been awarded to Smith Institute for its pioneering work on the Dynamic Reserve Setting (DRS) project, developed in collaboration with National Grid Electricity System Operator (ESO) to enhance the security and economy of Britain’s electricity grid.

This project has the potential to revolutionise decision-making for Britain’s electricity grid, by providing operators with real-time, updated forecasts of reserve recommendations.

 

Reserve can be thought of as ‘spare capacity’ – how much capacity is held to ensure the grid is secure when demand or generation patterns deviate from the initially expected forecasts.

The DRS model was built to capture the complex relationships present within the energy grid, and how the current and future expected state of the grid relates to the amount of reserve to hold.

Dr Kieran Kalair, Dr Heather Tewkesbury and Dr Robert Leese.

As more renewables are incorporated onto the grid, the generation of electricity across the country becomes subject to increased uncertainty – the weather may not be as sunny or windy as anticipated. Historic approaches to determining reserve requirements were not equipped to manage large amounts of renewables in the grid. The dynamic approach developed by Smith Institute ensures reserve recommendations are accurate and the system is secure in the presence of increasing amounts of renewable generation.

The team at Smith Institute developed a probabilistic machine-learning model to provide dynamic reserve recommendations that change as new information about the weather and system state becomes available.

By processing real-time data on weather, system flows, the DRS model optimally recommends reserve levels across multiple timescales to match operator practical needs. This approach ensures the system has sufficient reserve to keep the grid secure, without suggesting overly conservative values that reduce economic operation of the grid.

 

The benefits of the DRS tool

The model allows control room engineers to understand how the recommendation was reached, demonstrating how factors such as wind conditions impacted the overall outcome.

Initial results from back testing on 4 years of data showed the DRS tool reduces reserve recommendations by an average of 300MW per half hour period, whilst operating at the same level of security. This ensures the better alignment of reserves to match grid requirements prevents unnecessary repositioning of generators, supporting ESO’s ambition for 100% zero-carbon operation by 2025.

 

Other remarkable results that emerged included a saving of 1 GW of reserve holdings over just two hours in a real control room trial – equivalent to the output of two nuclear reactors during the same period.

 

Joshua Brooke, Senior Machine Learning Engineer at ESO, stated, “DRS is a step change in how we can operate the GB electricity system. By having better visibility of the need for reserves, we can save the consumer money and save the atmosphere CO2. We can dramatically increase our flexibility in how we procure generation through new and better services.”

ESO plans to implement DRS as a business-as-usual solution and use it as a template for its AI/Machine-Learning processes in the future.

 

Excellence of the OR Process

The Dynamic Reserve Setting project exemplifies operational research excellence through:

  • An iterative and open problem formulation process.
  • Having a foundation rooted in mathematics, machine-learning, and forecasting.

The project stood out due to its:

  • Data-driven, probabilistic, and explainable solution.
  • Effective handling of an atypical forecasting problem associated with renewable energy integration.

Dr Kieran Kalair, Principal Consultant at Smith Institute, commented: “I know everyone at Smith Institute is thrilled The OR Society has awarded the President’s Medal to The Dynamic Reserve Setting project. DRS has the potential to totally revolutionise how reserve setting is done for the GB electricity grid, making it more sustainable, efficient, and effective. The impact and importance of this cannot be overestimated as the world pivots to a low-carbon, renewable energy future.”

 

Gilbert Owusu, President of The OR Society, said: “The President’s Medal acknowledges exceptional contributions in operational research and this project really stood out. Britain needs an electricity grid that is economical, green and dependable and The Dynamic Reserve Setting project is not only a significant advancement in balancing our energy grid; it will transform and shape the future of energy management in the UK.”

 

The award was presented at the OR Society’s annual conference OR66 held at Bangor University on 10-12th September. The medal will be presented to Smith Institute by The OR Society at its annual Blackett Memorial Lecture on 5th December at The Royal Society.

 

Energy, Green Energy, News

Government’s new ‘cap and floor’ scheme a ‘pivotal’ moment for UK’s green energy future’, says BHA

British Hydropower Association points out investment in long duration energy storage (LDES) technologies will “unleash billions in private investment and create thousands of jobs.”

The British Hydropower Association (BHA) has today welcomed the UK Government’s decision to support vital investment in long duration energy storage (LDES) technologies, including pumped storage hydropower.

 The announcement by the Department for Energy Security and Net Zero follows a consultation held earlier this year which proposed a ‘cap and floor’ scheme to encourage LDES investment.

The BHA says the government’s support for the introduction of a ‘cap and floor’ mechanism represents a significant step forward in unlocking the potential of LDES and strengthening the UK’s position as a clean energy leader.

Kate Gilmartin, CEO of the British Hydropower Association, said: “This announcement marks a pivotal moment for the UK’s clean energy future. The cap and floor mechanism will provide the certainty needed to unleash billions of pounds in private investment, creating thousands of jobs and accelerating our path to net zero.

 “The BHA and our members are eager to work closely with Ofgem to ensure this mechanism is implemented swiftly. Time is of the essence in the global race towards clean energy leadership, and the UK has a significant early mover advantage on which we must capitalise.
 “Our sector is poised to move forward rapidly, leveraging our global supply chain, world-class skills, and ability to attract international capital. With the right framework in place, we can secure the UK’s position at the forefront of this crucial technology.”

The BHA has been campaigning for a ‘cap and floor’ mechanism to bring forward the pipeline of pumped storage Hydropower projects and has urged immediate action following today’s announcement, including:

  1. Accelerated Implementation: We urge Ofgem and the government to bring forward the mechanism at an accelerated pace. Swift action is crucial to maintain the UK’s competitive edge.
  2. Global Opportunity: The LDES sector represents a global opportunity. The UK must attract investment, skills, and supply chain from around the world.
  3. Job Creation: Rapid development of LDES projects will create thousands of skilled jobs across the UK, supporting the government’s agenda to bring forward high quality jobs.
  4. Energy Security: LDES technologies, particularly pumped storage hydropower, are vital for enhancing the UK’s energy security, reducing reliance on fossil fuels in volatile international markets and avoiding costly curtailment.
 The BHA looks forward to engaging closely with Ofgem and the government in the coming weeks to ensure the cap and floor mechanism is designed and implemented effectively, enabling the sector to move forward at pace.
Business, Business Expansion, Business News, Construction, Energy

Consumer Energy Solutions invests £500k in Treorchy training centre

A LEADING consumer energy efficiency company has opened a brand new state-of-the-art, immersive training facility in Treorchy at a cost of £0.5 million, paving the way for thousands of recruits to learn the skills needed to enter, and progress within, the energy trade.

Swansea-based Consumer Energy Solutions (CES) supports customers in reducing their carbon footprint and reducing their energy bills and has already successfully improved the energy efficiency of over 8,000 homes across the UK.

The new insulation department training facility in the heart of the Welsh Valleys has been purpose-built to allow for comprehensive training in various insulation techniques and complements CES’s heating systems training facility in Cardiff which it acquired last year.

The Treorchy training facility, on the Abergorki Industrial Estate, encompasses a 5,000 ft2 main area, 7,500 ft2 first floor storage plus three classrooms. The facility is also used to train CES installers on the rules, regulations, and techniques involved in installing ventilation equipment, which is necessary before any insulation work begins.

Ben Strinati, Insulation Director at Consumer Energy Solutions, said: “The way the business was growing, and the need to recruit more and more insulation teams, combined with a lack of suitable training infrastructure present in the industry, we took the initiative to construct our own custom-built facility and invested £500,000 in the Treorchy site. We take great pride in our advanced training facilities which have been purposefully designed to educate both new recruits and experienced team members in the CES way. Being able to train individuals in all the necessary trades, means we can execute an installation from start to finish, making it a quick and smooth experience for our customers.”

CES has its headquarters in Swansea with permanent bases in south Wales, north Wales, west Wales and Exeter. It currently operates 42 teams of insulation installers, each of which includes carpenters, dry-liners, plasterers and multi-skilled installers, alongside eight dedicated loft insulation teams. The company is committed to providing comprehensive training for all staff and arranges regular manufacturer training programmes and seminars to ensure installers are up to date with frequent regulation reviews and advancement in technology. Basic training starts with an NVQ qualification in construction and building treatments with further learning based on the energy efficiency measure and the method of installation. Additionally, all operatives receive annual training in the latest health and safety regulation, promoting a safe installation for themselves and customers.

The Treorchy facility is part of CES’s ambitious expansion plans which include recruiting 15 insulation teams every month. Finished to such a high standard, the unit has attracted interest from external companies looking to utilise the centre for in-house development purposes.

Ben continued: “We have a highly experienced recruitment team which is supporting our growth vision by finding the right professionals for the roles available, whether in-house or in the field. Our training facilities then come into play, providing crucial training and coaching opportunities for employees.

“At a time when fuel poverty and the climate crisis is such a high priority, we are determined to do all we can to help people reduce their energy usage and save money on their bills and the best way we can do this is by building and training the next generation of energy efficiency professionals to reach more people.”

For further information, visit www.consumerenergysolutions.co.uk.

Energy, Green Energy, News, Renewable Energy News

Tidal technology is key to filling gaps in the UK’s renewable energy generation, expert tells Labour Annual Conference

Huge opportunities lie ahead for tidal range technology to play a key part in the UK’s future energy mix.

That was the message delivered at a fringe event hosted by the British Hydropower Association, convenor of the Tidal Range Alliance (TRA) at Labour’s annual conference in Liverpool.

 

Bill Esterson, MP, Chair of the Commons Energy Security and Net Zero Select Committee, told the event:“There are huge opportunities in tidal energy in this country, because of the nature of our tidal reach. We have 30 feet of tidal range out here on the Mersey and people of this region have been talking about this for much longer than I have been around, and it’s time. The time has come – absolutely.”

The Merseyside MP said the government was committed to a range of renewable energy sources.

“The truth is that we need these schemes across the country. Whilst wind and solar are going to be the backbone of our renewable electricity generation, there are gaps to fill and while we have nuclear, it’s pretty clear that we need other technologies. Tidal is entirely predictable. It fills that last 20% of generation that is less certain,” he added.

 

The Labour MP said his select committee was keen to explore the opportunities and would take evidence and recommendations to the UK government.

Just last week, Liverpool City Region Metro Mayor Steve Rotheram announced a public consultation on a tidal scheme on the Mersey which has entered the formal planning process.

 

The event heard from a range of speakers, including Kate Gilmartin, CEO of the British Hydropower Association, Ioan Jenkins, chair of the TRA; and Charles Hendry, a former Conservative energy minister.

 

Mr Hendry, Author of ‘The Hendry Review’ into Tidal Range said the war in Ukraine had highlighted the need for “indigenous, home-grown power and nothing is more home grown than our tides with the second highest tidal range in the world.”

He also pointed out that tidal could provide the “elusive Brexit dividend” with the power to do more to drive down prices and focus on solely UK energy sources.

 

After the event, Kate Gilmartin, CEO of the British Hydropower Association, said: “We are thrilled that members here at Labour conference have shown such enthusiasm for Tidal Range, given our very high hopes for the progression of the world’s largest tidal scheme right here on the River Mersey.

“Tidal Range is a key part of the decarbonisation jigsaw for the UK, which can bring forward social value and affordable energy through local energy markets and smart flexible systems. It has the potential to circumvent one of the biggest barriers to decarbonising the grid – transmission constraints.

 

“We look forward to giving evidence to Mr Esterson’s committee and to persuading the government that the time for tidal is very much here and we urge ministers to ride the wave for this important, predictable, energy generation technology.”