Electric Home https://electrichome.uk/ News, advice and opinion on renewable power for your home Fri, 26 Jun 2026 13:02:50 +0000 en-GB hourly 1 https://wordpress.org/?v=7.1 https://electrichome.uk/wp-content/uploads/2022/11/cropped-Electric-Home-2-32x32.png Electric Home https://electrichome.uk/ 32 32 Why Andy Burnham should act on the evidence outside the window and stick with net zero https://electrichome.uk/insights/andy-burnham-net-zero-labour-targets/?utm_source=rss&utm_medium=rss&utm_campaign=andy-burnham-net-zero-labour-targets https://electrichome.uk/insights/andy-burnham-net-zero-labour-targets/#respond Fri, 26 Jun 2026 13:02:50 +0000 https://electrichome.uk/?p=1375 Andy Burnham is under pressure to ditch net zero if he becomes PM. With a £100bn green economy and a million jobs at stake, here is the business case for staying the course.

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Britain’s net zero economy is now worth more than £100bn a year and supports over a million jobs, most of them in small and medium-sized firms. For Labour’s likely next leader, walking away from it would be an act of economic self-harm dressed up as pragmatism.

Britain’s net zero economy is booming. The sector is worth around £105bn a year to the UK, has outpaced every other part of the economy, and supports better-paid jobs than the national average. According to the CBI’s Net Gains analysis, the average worker in the sector generates roughly £119,300 in economic value, some 48 per cent above the UK norm, with a £455bn pipeline of investment waiting to be built.

So when a union leader suggests that the man who has overseen this record, the energy secretary Ed Miliband, would be a “noose around the neck” of job creation, as Unite’s Sharon Graham has done, it might seem extraordinary. But the debate on net zero is often suffused with more wasted heat and less useful light than an old incandescent bulb.

Andy Burnham, widely tipped as Labour’s next leader and a prospective prime minister, is now coming under pressure to join the sceptics and reverse the party’s longstanding championing of renewable energy and low-carbon industry. There are several hard-nosed commercial reasons why he should resist.

“Net zero is one of the few glues that unites Labour’s coalition,” says Luke Tryl, executive director of the non-profit research agency More in Common. “There is limited electoral benefit to ditching it and much potential harm.”

More than 60 per cent of people support net zero and climate action, numerous polls suggest. Although the issue is eclipsed by the cost of living as a voter priority, its appeal crosses political divides. About a third of Reform voters back the target, despite the onslaught against it from Nigel Farage and Richard Tice, whose party has urged the energy industry to abandon net zero altogether in favour of nuclear and gas.

At the other end of the spectrum, Labour haemorrhaged votes to the pro-climate Greens and Liberal Democrats at the local elections. YouGov polling showed that for every 2024 Labour voter who switched to Reform, about six switched instead to the Lib Dems or the Greens. In many seats it was that move to the left, rather than any drift to the right, that handed Reform the opening to win.

The numbers suggest Labour has little to gain electorally from weakening on net zero, and a great deal to lose. Yet Joe Dromey, general secretary of the Fabian Society, says the message has not reached every corner of the party.
“Quite a few people have been learning the wrong lessons from the very painful defeats in the local elections,” he says. “While Labour lost seats to Reform, they lost votes to the other progressive parties. But those voters are much more likely to consider voting Labour again in future, they are available to win back. Watering down Labour’s bold contributions to green policy and net zero would do more harm than good.”

Political calculation aside, tackling the climate crisis and cutting Britain’s dependence on imported oil and gas also makes commercial sense. While Unite and the GMB, whose members rely on the oil and gas sector, have called for an end to the ban on new North Sea drilling, most unions support net zero.

Jobs in the North Sea have been in steady decline for more than 15 years, and opening new fields is unlikely to stem the losses for long, given that more than 90 per cent of the basin’s oil and gas has already been extracted. Even under the previous Conservative government, the 36,000 people directly employed in the North Sea in 2013, plus the 200,000 estimated to work in its supply chain, had fallen to roughly 30,000 direct and 100,000 supporting jobs by 2024.

Burnham has frequently called for “reindustrialisation”, which some have read as code for opposition to net zero. Alasdair Johnstone, of the Energy and Climate Intelligence Unit thinktank, says it need not be.

“The clean tech revolution is already driving clean reindustrialisation in areas such as the Humber and the North East,” he says. “Thousands of small businesses and more than a million jobs are now dependent on the net zero economy. The world is clearly shifting towards electrification, so any new industry needs to be clean if it is going to survive into the future.”

Any hint of wavering could prove costly, he adds. “Many of the UK’s main car factories are already retooling for electric vehicles. Signals and consistency matter, so investors deciding where to put their money will be listening carefully to whatever emerges from Burnham’s camp in the coming weeks.”

Burnham had a strong environmental record as mayor of Greater Manchester, where he set a target of carbon neutrality by 2038 and championed clean energy, electric buses, insulation and nature projects. It is a record that has not gone unnoticed by those urging him to keep faith.

“This record shows he understands the importance of these issues and is willing to fight for them,” says Robbie MacPherson, a Kennedy scholar at Harvard University and former head of the UK’s all-party parliamentary group on climate. “As MP for Makerfield, he knows the importance of ensuring communities are prepared for proliferating climate impacts such as flooding. As future leader of the Labour party, he has the responsibility to bring to life the most ambitious climate and clean energy programme any British government has ever been elected on.”

That ambition has a champion in cabinet. Miliband has insisted Labour will win the fight against net zero critics by creating jobs in offshore wind, pointing to a £1bn investment scheme aimed at Teesside, Scotland, south Wales and East Anglia.

This month’s record heatwave, the year’s second, has offered a foretaste of the threat the climate crisis poses to the UK economy. Schools have closed, transport has descended into chaos and productivity has taken a hit, before counting the likely loss of life. European economies, the UK included, stand to lose an estimated $600bn from extreme heat by 2030.

The cost of acting, by contrast, looks modest. The government’s own statutory adviser, the Climate Change Committee, has calculated that the entire price of reaching net zero by 2050 is smaller than the hit Britain absorbed from a single fossil fuel price shock in 2022, with benefits returning between two and four times every pound spent.

The required response should be clear, says Angharad Hopkinson, a political campaigner at Greenpeace UK. “The only way off this hellish treadmill is to reduce our dependence on fossil fuels. Our next prime minister needs to act on the evidence outside their window, and the advice of their scientific advisers, and stay the course on climate policies. The alternative is parched reservoirs, unaffordable food, shuttered hospitals and schools and wildly fluctuating bills each time a new oil war is kindled.”

For a politician who built his Manchester legacy on clean buses and warm homes, the choice ought not to be a difficult one. The evidence, commercial as much as climatic, is sitting right outside the window.

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UK’s biggest blades take flight as East Anglia THREE turbine smashes offshore wind record https://electrichome.uk/news/east-anglia-three-uk-record-blades-scottishpower-masdar/?utm_source=rss&utm_medium=rss&utm_campaign=east-anglia-three-uk-record-blades-scottishpower-masdar https://electrichome.uk/news/east-anglia-three-uk-record-blades-scottishpower-masdar/#respond Tue, 21 Apr 2026 08:06:16 +0000 https://electrichome.uk/?p=1371 ScottishPower and Masdar have installed the UK's biggest-ever offshore wind blades at East Anglia THREE, marking a landmark moment for British clean energy and Hull manufacturing.

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Britain’s offshore wind ambitions reached a towering new milestone this week as ScottishPower and Masdar hoisted the first turbine into position at their £4 billion East Anglia THREE windfarm, fitted with the largest blades ever installed in UK waters.

Each of the three blades stretches 115 metres, longer than a Premier League pitch and seven metres beyond the previous British record, also held by manufacturer Siemens Gamesa. All 285 blades destined for the project’s 95 turbines are being rolled off the production line at the firm’s Hull factory, in a significant boost for the city’s burgeoning role as a hub for British wind manufacturing.

Standing 262 metres from sea level to blade-tip when fully erect, taller than the observation deck of London’s Shard, the 14MW Siemens Gamesa machines have a rotor diameter of 236 metres. A single rotation will generate enough electricity to power a UK home for more than four days, charge roughly 1,700 mobile phones, or brew nearly a thousand cups of tea.

When fully operational, the 1.4GW scheme off the Suffolk coast will rank among the largest offshore windfarms anywhere in the world, supplying clean power to the equivalent of 1.3 million British homes.

Charlie Jordan, chief executive of ScottishPower Renewables, hailed the moment as a “defining” one for the UK industry. “This is a UK industry first for ScottishPower, Iberdrola and Masdar as we celebrate and accelerate the deployment of homegrown renewable energy at scale,” he said.

“East Anglia THREE will be the biggest and most powerful offshore windfarm in our portfolio. That means billions of pounds invested in UK and global supply chains, thousands of jobs supported during construction, more than a hundred long-term roles created in the East of England, and greater energy security, with more clean power coming on to the grid than ever before.”

The project marks a flagship collaboration between Spanish-owned ScottishPower’s parent Iberdrola and Abu Dhabi’s clean energy giant Masdar. Husain Al Meer, Masdar’s director of global offshore wind, called the installation “a truly monumental achievement” and signalled the developer’s wider European appetite.

“We see tremendous potential for offshore wind, not just in the UK but across the wider European market, where offshore wind can provide critical energy security, power economic progress and help nations achieve their clean energy objectives,” he said.

For Hull, the project further cements the Humber’s position at the heart of Britain’s offshore wind supply chain. Siemens Gamesa now employs more than 1,400 people at the East Yorkshire facility, with a long-running apprenticeship scheme bringing through the next generation of skilled workers.

Darren Davidson, UK head of Siemens Energy and Siemens Gamesa, said: “These are the biggest blades ever built for a project in UK waters, a real landmark for offshore wind. We’re proud that these record-breaking blades have been manufactured at our factory in Hull.”

Installation has been entrusted to Danish specialist Cadeler, whose O-class Wind Osprey jack-up vessel lifted the first turbine into place. It will be joined later this month by sister vessel Wind Pace, a next-generation P-class unit purpose-built for the larger turbines now coming to market, on its maiden European deployment.

Mikkel Gleerup, Cadeler’s chief executive, said the dual-vessel approach would allow a “consistent and efficient installation pace throughout the campaign”, adding that Wind Pace “brings increased capacity and operational flexibility” to the programme.

With ministers under pressure to revive momentum behind the UK’s offshore wind pipeline following recent auction setbacks and supply chain pressures, East Anglia THREE’s record-breaking start offers a welcome shot in the arm for an industry central to Britain’s net zero ambitions.

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Octopus Energy sees solar sales surge 50% as households react to energy shock https://electrichome.uk/news/octopus-energy-solar-sales-rise-iran-war/?utm_source=rss&utm_medium=rss&utm_campaign=octopus-energy-solar-sales-rise-iran-war https://electrichome.uk/news/octopus-energy-solar-sales-rise-iran-war/#respond Fri, 27 Mar 2026 05:59:13 +0000 https://electrichome.uk/?p=1365 Octopus Energy reports a 50% surge in solar panel sales as households respond to rising energy prices linked to the Middle East conflict.

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Octopus Energy has reported a sharp surge in demand for renewable technologies, with solar panel sales rising by 50 per cent since the escalation of the Middle East conflict sent global energy prices higher.

Chief executive Greg Jackson said the company had experienced a “huge jolt” in demand across a range of low-carbon technologies, including heat pumps, electric vehicles and home charging systems, as households react to renewed volatility in fossil fuel markets.

The spike in interest follows a rapid increase in wholesale oil and gas prices after the outbreak of the US-Israel conflict with Iran, which has disrupted supply routes and heightened concerns over future energy costs.

Jackson said consumers are increasingly looking for ways to reduce their dependence on traditional energy sources, particularly as the prospect of higher bills looms later in the year.

He warned that households are “very likely” to face increased energy costs from July, when Ofgem resets its price cap. While the cap will reduce bills slightly from April for a three-month period, rising wholesale prices are expected to reverse that trend.

The combination of short-term relief and longer-term uncertainty has created what Jackson described as a confusing environment for consumers, but one that is driving behavioural change.

“People are saying, ‘we’ve just got to do something about it’,” he said, noting a 50 per cent increase in solar sales and a 30 per cent rise in heat pump demand in the first three weeks of March compared with February.

Enquiries about electric vehicles have also climbed by more than a third, while interest in home chargers has risen by around 20 per cent.

The current situation has drawn comparisons with the energy crisis following Russia’s invasion of Ukraine in 2022, although Jackson said the UK is unlikely to experience the same level of price shock.

Even so, the latest surge is reinforcing the case for accelerating the transition to renewable energy and electrification.

Jackson argued that reliance on fossil fuels leaves economies vulnerable to sudden price spikes, as supply constraints can quickly drive costs higher.

The rise in energy prices has reignited debate over the UK’s energy strategy, with some calling for increased domestic oil and gas production.

However, Jackson dismissed the idea that expanding North Sea drilling would significantly improve resilience, describing its potential impact as minimal in the context of global markets.

Instead, he emphasised the need to focus on reducing electricity costs and expanding renewable generation, which he said would provide more stable and predictable pricing over time.

Jackson also pointed to differences in how countries are approaching the energy transition, contrasting Europe’s slower, more cautious approach with China’s rapid investment in renewable infrastructure.

China, he said, is prioritising energy security and resilience by scaling up solar, wind and other clean technologies, while Europe remains caught in debates over the pace and direction of change.

The shift towards renewables is also being supported by improving affordability of electric technologies. Jackson noted that electric vehicles are now approaching price parity with petrol models, with the growth of the second-hand market helping to broaden access.

He added that the gap between higher- and lower-income households in accessing EVs is narrowing, suggesting that electrification could become more inclusive over time.

Beyond energy, Jackson highlighted the broader economic and technological changes underway, including the rapid development of artificial intelligence.

He warned that AI’s “relentless pace” could transform labour markets, requiring societies to adapt quickly to new realities.

At the same time, he emphasised the importance of social support systems in enabling individuals to navigate periods of disruption and transition.

For now, the immediate impact of the energy shock is clear: households are accelerating their adoption of technologies that offer greater control over energy use and costs.

The surge in demand for solar panels and other clean technologies suggests a structural shift in consumer behaviour, driven not just by environmental concerns but by economic necessity.

As global energy markets remain volatile, that shift is likely to continue, reinforcing the role of renewables as both a cost-saving measure and a strategic response to geopolitical uncertainty.

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Plug-in solar to hit UK shelves as government accelerates clean energy push https://electrichome.uk/news/uk-plug-in-solar-future-homes-standard-energy/?utm_source=rss&utm_medium=rss&utm_campaign=uk-plug-in-solar-future-homes-standard-energy https://electrichome.uk/news/uk-plug-in-solar-future-homes-standard-energy/#respond Tue, 24 Mar 2026 17:45:10 +0000 https://electrichome.uk/?p=1361 Plug-in solar panels will be available in UK shops within months as the government expands clean energy plans, including mandatory solar on new homes and cheaper wind power.

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The UK government has unveiled a sweeping set of measures aimed at accelerating the transition to clean, homegrown energy, including the introduction of “plug-in” solar panels that households will be able to purchase directly from retailers within months.

The move represents a significant shift in how solar energy is deployed in the UK, lowering barriers to entry for consumers and enabling millions of households to generate their own electricity without the need for professional installation. The initiative forms part of a broader strategy to reduce reliance on volatile fossil fuel markets, particularly in light of recent geopolitical instability impacting global energy prices.

The new “plug-and-play” solar systems, already widely used in parts of Europe, allow users to connect solar panels directly into a standard mains socket. This enables homes to generate electricity instantly, reducing reliance on grid power and lowering energy bills.

Major retailers including Lidl and Amazon are expected to stock the devices, while manufacturers such as EcoFlow are working alongside government to bring products to market.

The simplicity of installation is seen as a key breakthrough. Unlike traditional rooftop solar systems, which require professional fitting and significant upfront costs, plug-in systems are designed to be accessible, affordable and quick to deploy, potentially opening up solar energy to renters and households previously excluded from the market.

Ed Miliband framed the policy as both an economic and strategic necessity, linking it directly to the ongoing energy price volatility driven by global conflicts.

“The only way for households and businesses to have certainty is to invest in clean homegrown power,” he said, adding that the government is determined to “fight people’s corner” by expanding access to low-cost renewable energy.

The policy is designed to address two interconnected challenges: reducing household energy bills and strengthening national energy security. By enabling decentralised energy generation, the government hopes to reduce exposure to international gas markets and stabilise long-term costs.

Alongside plug-in solar, the government confirmed the introduction of the Future Homes Standard, which will require most new homes in England to include solar panels and low-carbon heating systems as standard.

New properties built under these rules are expected to produce at least 75% fewer carbon emissions than homes constructed to 2013 standards, while saving households up to £830 per year on energy bills.

Steve Reed said the reforms would ensure that the next generation of housing is both more affordable to run and more resilient to global energy shocks.

“Building 1.5 million new homes also means building homes that are cheaper to run and warmer to live in,” he said.

The integration of solar and heat pump technology into new builds is expected to create a more efficient and self-sustaining housing stock, reducing long-term energy demand and supporting the UK’s net zero targets.

In a further step, the government is launching a scheme to offer discounted electricity during periods of high wind generation. Currently, excess wind energy is often curtailed due to grid constraints, with wind farms paid to reduce output.

Under the new approach, households and businesses, particularly in regions such as Scotland and the East of England, will be able to access cheaper electricity when supply is abundant, improving efficiency and reducing waste.

This marks a shift towards a more flexible energy system, where pricing and consumption are better aligned with renewable generation patterns.

The proposals have been widely welcomed across the energy and business sectors, with industry leaders highlighting the potential for both economic and environmental benefits.

Greg Jackson said demand for solar and electrification technologies has surged in recent weeks, noting a 50% increase in interest since the start of the Middle East conflict.

He argued that expanding access to solar, heat pumps and battery storage would not only cut bills but also enable households to generate and sell electricity back to the grid, fundamentally changing how consumers interact with the energy system.

Similarly, executives from E.ON UK, Centrica and EDF emphasised the importance of combining infrastructure investment with consumer-facing solutions to deliver meaningful change.

Industry bodies including Energy UK and Solar Energy UK described the reforms as a “landmark moment” that could accelerate investment, strengthen supply chains and create skilled jobs.

Despite the positive reception, the success of the policy will depend on effective implementation. Key challenges include ensuring product safety standards for plug-in solar systems, managing grid integration, and maintaining affordability for consumers.

There are also broader structural issues to address, particularly the relatively high cost of electricity compared with gas in the UK, which could affect the pace of electrification.

However, experts agree that the direction of travel is clear: decentralised, low-carbon energy systems are set to play an increasingly central role in the UK’s economic and environmental strategy.

The introduction of plug-in solar represents more than a policy tweak, it signals a fundamental shift in the relationship between households and energy.

By enabling individuals to generate, store and potentially sell electricity, the government is moving towards a more participatory energy system, where consumers become active contributors rather than passive users.

As geopolitical instability continues to expose the risks of fossil fuel dependence, measures such as these are likely to become central to the UK’s long-term resilience.

For households, the promise is clear: greater control over energy, lower bills, and protection from global shocks. For the wider economy, the reforms mark a significant step towards a more secure, sustainable and self-sufficient energy future.

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Ready-to-build wind farm ‘loses out to speculative projects’ in clean power auction https://electrichome.uk/news/scottish-power-ar7-wind-farm-auction-speculative-projects/?utm_source=rss&utm_medium=rss&utm_campaign=scottish-power-ar7-wind-farm-auction-speculative-projects https://electrichome.uk/news/scottish-power-ar7-wind-farm-auction-speculative-projects/#respond Mon, 02 Mar 2026 07:02:38 +0000 https://electrichome.uk/?p=1358 Scottish Power claims its consented £4bn East Anglia One North wind farm lost out in the AR7 subsidy auction to earlier-stage projects, raising concerns over the UK’s 2030 clean power target.

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A row has erupted over the government’s latest renewable energy subsidy round after one of Britain’s largest energy groups claimed that “shovel-ready” offshore wind projects were overlooked in favour of more speculative schemes that may struggle to meet the UK’s 2030 clean power target, if they are built at all.

Scottish Power said it had expected to secure a contract under Allocation Round 7 (AR7) of the government’s Contracts for Difference (CfD) scheme for its proposed £4 billion East Anglia One North offshore wind farm. The project, located off the Suffolk coast, has planning consent and could generate enough electricity to power up to 900,000 homes.

Instead, it lost out to six rival offshore wind schemes, five of which are being developed by RWE, including two projects that have yet to receive planning consent.

Keith Anderson, chief executive of Scottish Power, said the outcome raised concerns about whether the auction design is aligned with ministers’ ambition to deliver 95 per cent clean electricity generation by 2030.

“We had a literally shovel-ready project,” Anderson said. “We would have taken a final investment decision the day after being awarded the contract. Construction would have started immediately and the project would have been at full output before the end of 2030.”

By contrast, he argued, several successful bids were at an earlier stage of development. “[Some] didn’t have supply chains secured and won’t be built until probably 2031 or 2032. Two of the projects that won a contract don’t even have planning consent.”

The government altered the rules of AR7 to allow projects that had not yet secured full development consent to participate, broadening competition but, critics say, increasing delivery risk.

The CfD scheme guarantees renewable generators a fixed “strike price” for the electricity they produce, providing long-term revenue certainty in exchange for committing to deliver capacity at scale. Winning a CfD contract is typically a prerequisite for securing final investment and supply chain commitments.

Industry observers note that previous rounds have exposed the fragility of project economics when inflation surges or supply chains tighten. In 2023, Ørsted withdrew from its Hornsea 3 offshore wind project despite having secured a contract, citing sharply rising construction costs that rendered the agreed strike price commercially unviable.

Anderson warned that similar risks may now be embedded in AR7’s outcomes. “We have highlighted to the government that encouraging bids before projects are consented or before supply chains are locked in increases the risk that projects simply won’t get delivered.”

Scottish Power is now urging ministers to move swiftly on the next auction round, arguing that East Anglia One North could still contribute materially to the 2030 target if awarded a contract this year.

“We can still get that project built by 2030,” Anderson said. “But we need certainty.”

RWE rejected suggestions that its projects were overly speculative. A spokesperson said the company was “very well advanced” in securing consent for the two outstanding schemes and progressing supply chain negotiations across all its AR7 projects.

“Given RWE’s extensive experience in delivering offshore wind, subject to consent and timely grid connection, we are confident our AR7 projects will be delivered,” the company said.

Grid connection remains a significant variable. Even fully consented offshore wind projects face delays if transmission infrastructure is not available, a bottleneck that has become increasingly prominent as renewable capacity accelerates.

The Department for Energy Security and Net Zero defended the AR7 process, saying the auction “puts us firmly on track to take back control of our energy system by delivering clean, home-grown power by 2030.”

The dispute highlights a broader tension in the UK’s energy transition: whether policy should prioritise near-term certainty and construction-ready projects, or widen participation to maximise competition and long-term pipeline development.

With offshore wind central to the government’s decarbonisation strategy, and billions of pounds of capital at stake, the credibility of delivery timelines will now be closely watched by investors, supply chains and ministers alike.

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Office Energy Use: Tips for Remote and Hybrid Work Environments https://electrichome.uk/content/office-energy-use-tips-for-remote-and-hybrid-work-environments/?utm_source=rss&utm_medium=rss&utm_campaign=office-energy-use-tips-for-remote-and-hybrid-work-environments https://electrichome.uk/content/office-energy-use-tips-for-remote-and-hybrid-work-environments/#respond Tue, 24 Feb 2026 00:19:00 +0000 https://electrichome.uk/?p=1355 Remote and hybrid working have changed how offices operate and how energy is used. While fewer people may be present in the workplace on any given day, this does not always lead to a proportional reduction in energy consumption.

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Remote and hybrid working have changed how offices operate and how energy is used. While fewer people may be present in the workplace on any given day, this does not always lead to a proportional reduction in energy consumption.

Many offices still rely on systems designed for full occupancy, and some forms of electricity use continue regardless of how many desks are in use. As a result, energy demand may remain higher than expected, or shift to different times of day rather than falling outright. Understanding these patterns helps businesses interpret their energy use more accurately.

This blog explains the factors that influence energy costs in remote and hybrid offices and outlines practical ways businesses can work through these issues, such as assessing tariffs through business energy comparison providers to reduce unnecessary charges and better align energy use with how their offices now operate.

What affects energy costs in remote and hybrid offices

Energy rates in remote and hybrid office environments are influenced by a mix of operational, technical and contractual factors. Many of these are not directly linked to daily occupancy levels, which helps explain why reduced attendance does not always result in lower energy costs.

  • When energy is used: electricity drawn outside core working hours, such as early mornings, evenings or weekends, can affect overall costs. Hybrid working often leads to less defined peaks, with energy use spread more evenly across the day.
  • How usage patterns have changed: instead of clear demand peaks during standard office hours, hybrid working can flatten consumption across longer periods, influencing how energy is charged under certain tariff structures.
  • Tariff type and pricing structure: fixed, variable and time-of-use tariffs respond differently to changes in demand. A contract agreed under full-time office use may no longer align with hybrid working patterns if usage has shifted.
  • Meter type and data accuracy: half-hourly meters provide detailed insight into when energy is used, which can affect how charges are calculated. Where billing relies on estimated or averaged profiles, current usage patterns may not be fully reflected.
  • Business size and consumption profile: pricing structures often differ depending on overall consumption levels. Changes in working patterns can alter how energy is used without changing how a business is categorised for pricing.
  • Historic contracts and base load demand: contracts agreed when offices were fully occupied may remain in place even as usage changes.

Taken together, these factors show why energy costs in remote and hybrid offices are shaped by how buildings operate, how energy is priced and how usage patterns have changed.

What can be done to reduce office energy costs?

Reducing energy rates in hybrid offices is often less about occupancy levels and more about ensuring energy contracts, tariffs and usage profiles accurately reflect how the building is operated day to day.

  • Review energy usage over time: analysing electricity use across weekdays, weekends and overnight periods helps identify consistent consumption that may not align with occupancy. This information is often used when assessing whether current rates and charges reflect real usage.
  • Check whether your tariff matches your usage pattern: hybrid working can change when energy is used during the day. If consumption has shifted away from traditional peaks, a tariff agreed under full-time office use may no longer be appropriate.
  • Avoid paying for capacity you no longer need: long-term reductions in occupancy or operating hours can affect overall demand. Where contracts are based on historic usage levels, businesses may continue paying rates that assume higher consumption than is now typical.
  • Reduce exposure to out-of-hours charges: reviewing when energy is drawn outside core working hours can highlight where standing charges or unit rates are being applied without corresponding business activity.
  • Use accurate meter data to support contract reviews: half-hourly meter data, where available, provides a clearer picture of consumption patterns and supports more accurate pricing when contracts are reviewed or renewed.
  • Reassess energy arrangements after permanent changes: sustained shifts to hybrid working, downsizing office space or closing floors can all justify a review of energy contracts to reflect the new operational profile rather than historic assumptions.
  • Compare current usage against contract terms: use business energy comparison providers to analyse how present-day consumption aligns with agreed rates, standing charges and contract structure to help explain why costs may not have fallen in line with expectations.

Reducing office energy costs is an ongoing process that depends on regularly reassessing how operational changes influence demand and making sure energy arrangements remain appropriate over time.

Choosing an energy contract that meets your needs

Choosing an energy contract that reflects how a business actually uses electricity influences both cost stability and how easily energy spend can be forecast. Contract structures vary widely across the market, and selecting one that aligns with business size, operating hours and usage patterns affects how charges are applied.

  • Best energy deals for small businesses: these contracts are usually designed around lower consumption levels and simpler demand profiles. When matched correctly, they can provide clearer unit rates and standing charges that reflect limited peak demand and more predictable usage.
  • Business energy deals for large and industrial businesses: these contracts typically account for higher volumes, peak-time exposure and more detailed metering. When aligned with actual consumption, they can reduce the risk of paying inflated rates tied to capacity or demand levels that no longer apply.

Where working patterns change, such as a shift to remote or hybrid arrangements, usage may move to different times of day rather than fall outright. A contract that reflects this can help avoid higher charges linked to peak periods, reduce unnecessary capacity-related costs, and provide greater certainty when budgeting.

In contrast, remaining on a contract agreed under full-time office use can result in businesses paying for energy deals that no longer reflect day-to-day operations.

Timing your contract renewal

The timing of a contract renewal can influence the rates a business pays for electricity and how predictable those costs remain. When a fixed energy contract ends without a new agreement in place, suppliers typically move the supply onto default or out-of-contract tariffs, which often carry higher unit rates and less favourable pricing structures. These tariffs are not designed to reflect how a business operates and can apply even when energy usage has fallen or shifted.

Keeping track of renewal dates allows time to review current arrangements and avoid periods where energy is charged on terms that do not align with how the office is being used.

Remote and hybrid working have introduced new challenges for managing office energy costs, but they also create opportunities to reduce unnecessary spend. By understanding how changes in working patterns affect demand, tariffs and contract terms, businesses can take more control over what they pay for energy. Regularly reviewing arrangements as offices evolve helps prevent costs from drifting upward and supports more efficient, predictable energy use over time.

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Octopus Energy Generation commits $1bn to Californian clean tech expansion https://electrichome.uk/news/octopus-energy-generation-1bn-california-clean-tech/?utm_source=rss&utm_medium=rss&utm_campaign=octopus-energy-generation-1bn-california-clean-tech https://electrichome.uk/news/octopus-energy-generation-1bn-california-clean-tech/#respond Wed, 18 Feb 2026 09:17:58 +0000 https://electrichome.uk/?p=1351 Octopus Energy Generation is investing nearly $1bn in California’s clean tech sector, backing carbon removal, heat batteries and solar-plus-storage projects.

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Octopus Energy Generation has pledged nearly $1bn to next-generation clean technology projects in California, deepening its presence in one of the world’s most advanced renewable energy markets.

The investment spans carbon removal ventures, heat battery technology and solar-plus-storage infrastructure, as the UK-based group accelerates plans to deploy $2bn across the US energy transition by 2030.

Through its investment funds, Octopus will back two Californian carbon removal companies focused on grassland restoration and reforestation. The projects aim to convert degraded land into high-quality carbon-absorbing assets, with several major technology firms already positioned as buyers of carbon credits.

The company will also fund heat battery systems designed to replace fossil-fuel boilers in hard-to-electrify industries. Developed in the Bay Area, the technology stores renewable energy as heat, offering an alternative to gas-powered industrial processes.

In addition, Octopus is acquiring a solar and battery storage project in California, expected to be fully operational by July 2026. The scheme will harness the state’s abundant sunshine to provide dispatchable clean electricity.

The move builds on earlier US investments by Octopus, including backing floating offshore wind firm Ocergy and solar projects in Ohio and Pennsylvania. Through its US retail arm, the group already supplies renewable power to customers in Texas.

Chief executive Zoisa North-Bond said the investment reflected strong alignment between the UK and California’s clean energy ambitions. “With supportive policy and world-class entrepreneurship around Silicon Valley, California is an ideal place for long-term partnerships that can deliver growth and returns back to the UK, according to CBI data” she said.

The announcement was made during a visit to Octopus’s London headquarters by the Governor of California.

Britain’s clean energy economy expanded three times faster than overall GDP in 2024, according to the Confederation of British Industry, while California now generates more than two-thirds of its electricity from clean sources and aims to reach 100 per cent by 2045.

For Octopus, the Californian push signals not only growing international reach but also an attempt to channel innovation and financial returns from the US back into the UK’s broader growth strategy.

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Miliband backs vast solar farms in push to expand renewable power https://electrichome.uk/powering-your-home/solar-power/miliband-approves-solar-farms-renewable-energy-farmland/?utm_source=rss&utm_medium=rss&utm_campaign=miliband-approves-solar-farms-renewable-energy-farmland https://electrichome.uk/powering-your-home/solar-power/miliband-approves-solar-farms-renewable-energy-farmland/#respond Tue, 10 Feb 2026 15:15:03 +0000 https://electrichome.uk/?p=1347 Ed Miliband has approved subsidies for solar farms covering up to 40 square miles of UK farmland, alongside new onshore wind projects, sparking a backlash over costs and land use.

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Ed Miliband has approved a new wave of renewable energy projects that could see solar panels spread across an area of farmland almost as large as Manchester, as the government accelerates its push to expand domestic clean power.

On Tuesday, the energy secretary signed off subsidies for 134 new solar farms across England and a further 23 in Wales and Scotland, alongside approval for 28 large onshore wind projects, mainly in Scotland and Wales.

Among the schemes given the green light is the vast West Burton solar farm on prime agricultural land on the Lincolnshire–Nottinghamshire border, as well as one of Britain’s most northerly solar developments on farmland in north Aberdeenshire. Miliband also approved England’s largest onshore wind project in a decade: the 20-megawatt Imerys wind farm on a former mining site in Cornwall.

Under the government’s Contracts for Difference (CfD) system, operators will receive a guaranteed minimum price for the electricity they generate for 20 years, funded through levies on consumer bills.

The announcement was welcomed by renewable energy companies and industry lobby groups, but prompted fierce criticism from countryside campaigners and opposition politicians, who warned of rising costs and the loss of productive farmland.

Claire Coutinho, the shadow energy secretary, said the subsidies would ultimately push electricity prices higher. “Once you add in network charges and the cost of back-up power, the true cost is far higher,” she said. “All this will do is make electricity more expensive. For a stronger economy and better living standards, we need to make electricity cheap.”

In total, the approvals cover 4.9 gigawatts (GW) of solar capacity, 1.3GW of onshore wind and four experimental tidal projects totalling 21 megawatts. The decision follows confirmation earlier this month of subsidies for 8.4GW of offshore wind capacity.

Based on previous developments, the solar projects could occupy more than 40 square miles of land — close to the size of Manchester, which spans about 45 square miles. The solar industry argues that improved panel efficiency will reduce the eventual land take to around 36 square miles, roughly equivalent to the size of Stoke-on-Trent.

Campaigners remain unconvinced. Rosie Pearson, chair of the Community Planning Alliance, said: “This represents further destruction of countryside and best farmland, while warehouse roofs, car parks and houses remain empty of solar panels. Add the pylons that accompany these schemes and rural areas are being industrialised.”

In Scotland, Helen Crawford of the Highland Community Council Convention on Major Energy Infrastructure warned that communities were struggling to keep pace with the scale of development. “The lack of strategic spatial planning has created a democratic deficit between communities and policymakers,” she said.

Industry groups strongly defended the move. James Robottom of RenewableUK said new onshore wind projects would protect consumers from volatile gas prices. Chris Hewett, chief executive of Solar Energy UK, described the approvals as “proof positive that solar provides the cheapest power available”.

Miliband said the decision was about long-term energy security. “By backing solar and onshore wind at scale, we’re driving bills down for good and protecting families and businesses from the fossil-fuel roller-coaster controlled by petrostates and dictators,” he said.

Under the latest CfD round, new onshore wind farms will receive a guaranteed price of £75.50 per megawatt hour (in today’s prices), while solar farms will be guaranteed £68.17. That compares with around £60 per MWh currently priced by markets for electricity delivery in 2028.

If market prices remain below those levels, the difference will be met by consumers through bill levies. The Office for Budget Responsibility has already warned that CfD levies on household and business bills are set to rise from £2.3bn in 2024-25 to about £5bn by 2030-31.

The approvals underline the scale, and controversy, of the government’s renewable energy ambitions, as it seeks to balance climate goals, energy security and the rising cost of living.

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UK secures 6.2GW of onshore wind and solar in latest clean power auction https://electrichome.uk/news/uk-secures-6-2gw-of-onshore-wind-and-solar/?utm_source=rss&utm_medium=rss&utm_campaign=uk-secures-6-2gw-of-onshore-wind-and-solar https://electrichome.uk/news/uk-secures-6-2gw-of-onshore-wind-and-solar/#respond Tue, 10 Feb 2026 09:19:45 +0000 https://electrichome.uk/?p=1344 The UK Government has confirmed a new wave of onshore renewable energy projects under the Contracts for Difference scheme, following last month’s record-breaking offshore wind auction.

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The UK Government has confirmed a new wave of onshore renewable energy projects under the Contracts for Difference scheme, following last month’s record-breaking offshore wind auction.

Results from Allocation Round 7 (AR7) show 4.9GW of solar and 1.3GW of onshore wind capacity secured across Britain, reinforcing the pace at which clean power is being rolled out across the country.

Solar projects were awarded contracts at a strike price of £65.23 per megawatt hour (in 2024 prices), below the £70/MWh achieved in Allocation Round 6 and representing the largest volume of solar capacity ever secured in a single CfD auction.

Onshore wind projects were secured at a strike price of £72/MWh, slightly above the AR6 average of £71/MWh but still below the £73/MWh seen in Allocation Round 5, reflecting continued cost stability in the sector.

Once built, the projects announced today will lift the UK’s total CfD-supported wind and solar capacity to 50.6GW, including schemes already operational or under construction. The UK currently has 16.3GW of installed onshore wind capacity and more than 21GW of solar capacity, based on figures up to September 2025.

In total, AR7 has secured 14.7GW of renewable energy projects across all technologies, marking another significant step towards decarbonising the power system and strengthening domestic energy supply.

Frankie Mayo, senior analyst at Ember, said the results underlined the momentum behind clean power deployment across Britain.

“This is a great clean power achievement,” Mayo said. “Wind and solar are unstoppable across Britain, with new projects announced today unlocking access to reliable, homegrown energy and cutting our reliance on volatile fossil fuels for decades to come.”

The latest CfD results come as ministers continue to position renewable energy as central to the UK’s long-term energy security and net zero strategy, with onshore wind and solar increasingly seen as among the fastest and most cost-effective technologies to deploy at scale.

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Sustainable Homes Must Also Be Safe: Help for Seniors Warns on Hidden Risks in Green Retrofits​ https://electrichome.uk/content/sustainable-homes-must-also-be-safe-help-for-seniors-warns-on-hidden-risks-in-green-retrofits/?utm_source=rss&utm_medium=rss&utm_campaign=sustainable-homes-must-also-be-safe-help-for-seniors-warns-on-hidden-risks-in-green-retrofits https://electrichome.uk/content/sustainable-homes-must-also-be-safe-help-for-seniors-warns-on-hidden-risks-in-green-retrofits/#respond Tue, 03 Feb 2026 21:54:22 +0000 https://electrichome.uk/?p=1341 The drive to decarbonise Britain’s housing stock is transforming how many older people live, with solar panels, heat pumps and high‑performance insulation now common features in family homes.

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The drive to decarbonise Britain’s housing stock is transforming how many older people live, with solar panels, heat pumps and high‑performance insulation now common features in family homes.

An advocacy group is warning, however, that the push towards sustainable energy must go hand in hand with careful attention to basic safety for older residents.​

Help for Seniors says that while low‑carbon technologies can reduce bills and improve comfort, the way they are integrated into existing properties can inadvertently increase day‑to‑day hazards for people in later life. Its recent polling found that more than half of adults with retirement‑age parents have already made or recommended adjustments to their parents’ homes to make them safer, underlining how families are quietly compensating for design decisions that did not fully anticipate ageing.​

According to the advocacy group, the most common risks remain familiar: falls, trips and difficulties moving around. In homes that have undergone extensive retrofit for energy efficiency, these risks can be heightened by new thresholds, boxed‑in pipework or raised floors created to accommodate insulation and services. Air‑tightness measures may lead to heavier doors, while new plant such as hot‑water cylinders or battery storage systems can add clutter to circulation routes if not carefully located.

Bathrooms and stairs are still the highest‑risk areas. Slippery hard surfaces, a lack of grab rails and low toilet seats make bathrooms a frequent site of serious falls for older occupants. On stairs, poorly lit treads, inconsistent riser heights and the absence of continuous handrails are long‑standing problems that can be exacerbated when layouts are altered for mechanical and electrical upgrades or when solar and battery controls are added to landings and under‑stairs spaces.

Kitchens, often redesigned as part of low‑carbon refurbishments, bring a cluster of potential hazards. Induction hobs, high‑efficiency ovens and new hot‑water systems can improve performance but still need to be set within clear, uncluttered worktops with adjacent landing spaces to reduce the risk of burns. Overloaded sockets, trailing appliance cables and poorly planned storage – particularly units that require stretching or bending – remain common issues regardless of how efficient the equipment itself may be.

Lighting is another area where sustainable design and safety intersect. Energy‑efficient fittings and controls, including motion sensors and dimming systems, can significantly reduce consumption but must be tuned to provide sufficient, even illumination for older eyes. Deep shadows on stairs, glare from bright point sources and slow‑to‑activate sensors can make movement more difficult, especially at night. Good schemes use efficient LEDs, but distribute light carefully along corridors, at changes of level and over work surfaces.

“In many homes, the fabric and services are being upgraded for good reasons, but details that matter to someone in their seventies or eighties can get lost along the way,” says Nathan Cook of Help for Seniors. “Simple questions – Is this route clear? Is there a secure handhold? Is the lighting even? – make a big difference to how safely an older person can live with new technology.”​

Help for Seniors, whose broader advice is available through the organisation’s resources, recommends that architects and homeowners consider safety and sustainability together from the outset of any project. Practical measures include keeping plant rooms and storage batteries away from main walkways, maintaining level or gently ramped transitions where floors are raised for insulation, and ensuring controls for heating, ventilation and renewable systems are mounted at comfortable heights with clear labelling.​​

The group also stresses the importance of traditional good practice: removing or securing loose rugs, providing continuous handrails on both sides of stairs, improving lighting in circulation areas and keeping frequently used items at waist height. For older people living alone in upgraded homes, discreet personal alarms or call devices remain an important back‑up should a fall occur.

For designers and clients pursuing net‑zero ambitions, the message from Help for Seniors is that a truly sustainable home is one that older residents can use safely and confidently as well as efficiently. By viewing energy performance, accessibility and fall prevention as parts of the same brief, projects can deliver homes that are not only low‑carbon, but also genuinely supportive of independent living in later life.​

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