Showing posts with label power. Show all posts
Showing posts with label power. Show all posts

Wednesday, 24 June 2026

New Solar Technology Could Boost Household Savings by 41%, New Analysis Reveals

Homeowners considering solar energy could now save significantly more on their electricity bills than they would have just five years ago, according to new research from renewable energy specialist MakeMyHouseGreen.com

The company's latest modelling suggests a typical household installing solar panels today could save around £1,285 per year, compared with approximately £913 annually from an equivalent installation in 2021. 

That represents a substantial 41% increase in potential savings.

The findings come from a reassessment of 240 British homes originally analysed in 2021. Importantly, the roof size, orientation and pitch of each property remained unchanged, meaning the increase in projected savings comes primarily from advances in solar technology rather than larger installations.

Over the past five years, solar panels have become significantly more powerful. Typical panel output has increased from around 365 watts to 480 watts, enabling homeowners to generate far more electricity from the same roof space. Across the homes studied, average annual electricity generation rose from 4,851 kWh to 6,394 kWh.

At the same time, the value of that electricity has increased. Household energy prices remain considerably higher than they were before the energy crisis, meaning every unit of electricity generated and consumed at home delivers greater financial benefits.

Llewellyn Kinch, founder and CEO of MakeMyHouseGreen, says two major factors are driving the improvement. He told That's Green: "The panels are more powerful, so the same roof area delivers higher output. At the same time, the grid electricity that solar replaces costs more, so every unit you generate yourself is more valuable."

However, Kinch stresses that solar isn't automatically the right solution for every property. Installation costs have also risen, and factors including roof orientation, shading and household energy usage patterns can significantly affect the return on investment.

For most homeowners, the key question remains whether their property is suitable for solar generation. While south-facing roofs are often considered ideal, east and west-facing roofs can also perform well. Heavy shading from nearby trees or buildings, however, can reduce effectiveness.

The research highlights how rapidly solar technology continues to improve and reinforces the growing role renewable energy can play in reducing household energy bills. For homeowners with a suitable roof and sufficient daytime electricity usage, solar power may now offer better value than ever before, while also helping to reduce reliance on fossil fuels and lower household carbon emissions.

As energy prices remain unpredictable, generating your own electricity is becoming an increasingly attractive option for many UK households.

Tuesday, 3 March 2026

World Plant Power Day: Why Going Greener on Your Plate Matters More Than Ever

Celebrate World Plant Power Day with That’s Green as we explore how plant-based choices support sustainability, reduce carbon emissions and help create a greener future for our planet.

Every year, World Plant Power Day shines a spotlight on the power of plants, not just as food, but as a force for environmental change, better health, and more sustainable living.

For readers of That’s Green, this is more than a food trend. It’s a reminder that small shifts in what we grow, buy and eat can have a measurable impact on the planet.

What Is World Plant Power Day?

World Plant Power Day celebrates plant-based living and encourages people to explore how plants can support a healthier lifestyle and a healthier Earth. It’s not about forcing everyone to become vegan overnight, it’s about recognising the environmental and ethical benefits of increasing plant-based choices.

Whether that means a fully plant-based diet, cutting back on meat once or twice a week, or simply discovering new vegetables you’ve never cooked before, every step counts.

The Environmental Impact of Plant-Based Eating

Food production has a significant environmental footprint. Animal agriculture in particular contributes to greenhouse gas emissions, water consumption and land use pressures.

Shifting towards more plant-based meals can:

Reduce carbon emissions

Lower water usage

Decrease deforestation pressures

Support biodiversity

Reduce food waste when planned properly

In the UK, where climate conversations are increasingly mainstream, making greener food choices is one of the most accessible ways households can reduce their environmental footprint.

Plant Power and Climate Action

According to the United Nations, global food systems are responsible for a significant share of greenhouse gas emissions. Plant-rich diets are regularly highlighted as part of climate mitigation strategies.

You don’t need to overhaul your life overnight. Try:

Meat-Free Mondays

Swapping dairy milk for oat or almond alternatives

Using lentils or mushrooms to bulk out mince dishes

Growing herbs or salad leaves at home

Even small adjustments, when multiplied across millions of households, can create meaningful change.

Supporting Local and Seasonal Produce

Choosing plant-based foods can also mean choosing local.

Shopping at farmers’ markets, greengrocers, and local veg box schemes reduces transport emissions and supports regional growers. Seasonal British produce — from spring asparagus to autumn squash — often has a lower environmental footprint than imported alternatives.

World Plant Power Day is the perfect excuse to explore what’s in season where you live.

It’s Not All or Nothing

One of the biggest myths about plant-based living is that it must be extreme. In reality, flexible approaches like “flexitarianism” are becoming increasingly popular.

If you’re used to a traditional Sunday roast, try introducing a plant-based version once a month. Nut roasts, mushroom Wellington and lentil shepherd’s pie are satisfying alternatives that don’t feel like a sacrifice.

Progress, not perfection, is what matters.

Beyond the Plate

Plant power isn’t limited to food. It also includes:

Growing pollinator-friendly flowers

Supporting rewilding projects

Composting kitchen scraps

Reducing packaging through loose produce

The more we reconnect with plants, whether in gardens, window boxes or on our plates, the more resilient our communities become.

How to Mark World Plant Power Day

Here are some practical ideas:

Cook one fully plant-based meal.

Try a new vegetable you’ve never eaten before.

Visit a local greengrocer instead of a supermarket.

Start a small herb pot on your windowsill.

Share your plant-based creations on social media to inspire others.

A Greener Future Starts at Home

World Plant Power Day is a reminder that sustainability doesn’t always require dramatic lifestyle change. Sometimes it begins with something as simple as choosing beans instead of beef, or planting basil in a recycled pot.

For readers of That’s Green, it’s another opportunity to celebrate practical, achievable environmental action — one plate, one garden, and one community at a time.


Wednesday, 17 September 2025

NFU Energy: Supporting the Farming Community Toward a More Sustainable, Cost-Effective Future

In a time when energy costs are rising, regulations are tightening, and pressures to decarbonise are increasing, UK farmers need more than general advice — they need tailored, practical support. 

That’s where NFU Energy steps in.

What is NFU Energy?

NFU Energy is an energy consultancy service under the National Farmers’ Union (NFU) that’s specifically geared towards agriculture and horticulture. 

It does several things:

Helps farmers buy and sell energy — securing competitive energy contracts, handling the paperwork, managing supplier issues. 

Offers support to generate their own energy — through renewables like solar PV, wind, anaerobic digestion, etc., and helping with subsidies and feasibility. 

Helps with using energy more efficiently — audits, feasibility studies, advice on saving methods. 

Helps farmers stay compliant with regulations and make the most of schemes/discounts like the Climate Change Levy (CCL), RHI, etc. 

Key Ways It Helps Farmers

Here are some of the concrete benefits that NFU Energy brings to farms and growers:

Cost savings

NFU Energy helps members secure better energy deals, often with less effort on the farmer’s part. This includes negotiating contracts and acting as part of buying groups. 

For many farms, energy is a significant fixed cost. Even marginal savings on electricity, gas or fuel can make a real difference to profitability.

Access to renewable generation and diversification

Farmers are increasingly looking to generate their own energy — solar panels, wind turbines, battery storage — both to reduce their bills and potentially earn income from selling back to the grid. NFU Energy helps assess feasibility, find installers, understand the returns. 

Also, by partnering with accredited renewable installers (e.g. YLEM Energy, Infinite Renewables) NFU Energy reduces some of the risk and complexity. 

Regulatory compliance and financial incentives

Staying on top of energy regulation is tricky. For certain sectors (pig, poultry, protected horticulture), there are specific schemes like CCL (Climate Change Levy) discounts, Climate Change Agreements, etc. NFU Energy helps members manage their compliance, returns, data reporting. 

Practical help with efficiency

On-site energy audits, renewables feasibility studies, recommendations such as switching to LED lighting, variable speed drives for pumps/fans, electric vehicle alternatives — these are real, tangible actions that farms can take. 

Decarbonisation & long-term resilience

With net zero goals looming, farmers are under pressure to reduce greenhouse gas emissions. NFU Energy works with local authorities & schemes (for example the North Yorkshire fully-funded decarbonisation initiative) to give farmers the tools to reduce emissions and become more sustainable. 

Reducing administrative burden

Much of the complexity of energy contracts, regulatory reporting, subsidy applications, etc., is offloaded from farmers to NFU Energy. That frees up time and reduces risk of costly mistakes. 

Challenges & Considerations

While NFU Energy offers a lot, it's not a magic wand. Here are some challenges/limitations:

Upfront costs: Even when feasibility and subsidy help is available, installing renewable technologies or making major efficiency upgrades can require significant capital.

Complexity & bureaucracy: Regulations, schemes, compliance can still be confusing, and not all farms have the capacity to act quickly.

Suitability: Not all farms will have the right geography, scale or infrastructure for certain technologies (solar, wind, battery storage).

Long payoff periods: Some investments only pay off after many years; farmers under financial pressure may struggle to wait.

Why It Matters Now

A few reasons NFU Energy is especially relevant in the current climate:

Energy prices remain volatile. Farmers face rising costs for electricity, gas, fuel, and are exposed to global energy markets.

Environmental regulations are tightening, plus there is increasing pressure (from policy, from consumers) to reduce carbon emissions.

Government grants and “green” schemes are more available now, but navigating them effectively is tricky; having specialist support gives an advantage.

Diversification is increasingly important for farm income resilience. Generating energy or selling back to the grid can provide an alternative revenue stream.

Success Stories & Examples

Here are a few examples of what NFU Energy has already done:

A pilot scheme in the North of England where 16 farms received free energy audits and renewable feasibility assessments. The recommendations included standard measures (LED lighting, variable speed drives) and options for renewables. 

The North Yorkshire decarbonisation initiative: 30 farms will be chosen to receive fully funded assessments (energy audits, renewables feasibility, soil carbon testing etc.) to help them reduce greenhouse gas emissions while improving efficiency. 

What Could Be Improved / What to Watch For

To maximise the benefit of NFU Energy, here are some areas that might be looked at:

Ensuring that assistance reaches smaller farms, which may have less capacity or fewer resources.

Continuing to reduce paperwork, simplify applications, speed up decision-making for grants/subsidies.

More accessible financing options (loans, grants) so that farms don’t need to front large sums.

More regionally tailored advice, since what works (climate, grid access, planning permission etc.) can vary a lot.

Clear guidance and transparency around the payback times, risks, maintenance for renewable installations etc.

In Conclusion

NFU Energy represents a powerful resource for UK farmers and growers: helping reduce energy costs, improve efficiency, comply with regulations, and move toward more sustainable, resilient farming. Especially in times of rising costs and climate concern, having such specialist support is vital.

For those working in agriculture, keeping an eye on what NFU Energy offers — audits, renewable feasibility, compliance help — is more than just “nice to have”. It can make a material difference to the bottom line, to farm sustainability, and to future proofing operations.

To learn more visit https://nfuenergy.co.uk

Friday, 20 October 2023

Conrad Energy kicks off new partnership with Harlequins

Harlequins are thrilled  to announce a new partnership with Conrad Energy which has today been unveiled as the Club’s Official Power Partner and Sleeve Sponsor.

In an exciting new partnership, the Conrad Energy logo will feature on the sleeves of the Harlequins Women’s and Men’s shirts for the 2023/24 season, commencing this weekend with matches against Gloucester-Hartpury and Exeter Chiefs. 

The partnership will also feature significant Conrad Energy branding throughout The Stoop, alongside a range of key initiatives, supporting the Club’s commitment to driving sustainable energy growth.

Formed in 2016, Conrad Energy are a leading energy producer with more than 70 sites throughout the UK. As an Independent Power Producer (IPP), Conrad Energy are at the forefront of the energy transition, helping the UK move towards a sustainable, net zero carbon electricity system by balancing the grid when renewables can’t meet demand.

Conrad Energy also work closely with businesses to help drive down their energy costs and carbon footprints through a variety of innovative products and services. With a pipeline of more than 1GW of their own projects and a growing base of business customers, Conrad Energy are powering a changing world.

Commenting on the new partnership, Conrad Energy’s CEO Steven Hardman said: “We’re delighted to partner with a world-famous club like Harlequins. The values they hold dear such as teamwork, commitment, performance and creativity are similar to our own, so it feels like a really great match. We look forward to a strong and successful relationship”.

Harlequins CEO Laurie Dalrymple added: “We’re thrilled to announce our new partnership with Conrad Energy. Conrad Energy are leading the power transformation in the UK and their determination to improve efficiency aligns completely with the Club’s commitment to drive smarter and sustainable power solutions.

“We’re excited to form this new relationship with Conrad Energy and we’re looking forward to having their logo proudly displayed on our Harlequins Women’s and Men’s shirt for the season ahead.”

Both parties would like to thank Very Media for their support in developing this relationship.

To learn more about Conrad Energy visit: www.conradenergy.co.uk

LONGi Solar Modules Power Charging Hub for 180 Electric Vehicles at UK’s National Exhibition Centre

The charging hub of UK’s National Exhibition Centre in Birmingham is being powered by an 80 kWp solar carport.

The Gigahub can charge 180 electric vehicles simultaneously and is an example of producing clean energy for clean energy. 

The 80 kWp photovoltaic installation was accomplished by sustainable energy solutions expert Ineco Energy PV with modules from LONGi Solar, the world's largest manufacturer of PV modules and solar wafers. SolarEdge provided the smart energy solutions and Bluetop Solar Parking the solar carport installations for the charging hub.

“We're proud to support a project like this new Gigahub at the heart of the UK motorway grid at the NEC in Birmingham. At LONGi we follow the concept of “solar for solar”, meaning to produce clean energy with clean energy. Charging electric vehicles with solar energy thus corresponds to our DNA at LONGi", said Sean McSorley, Sales Manager UK at LONGi.

“With transport accounting for over 24% of total UK emissions, EV Infrastructure is an essential part of the UK's transition towards Net Zero. The NEC Gigahub is a flagship site that will showcase some of its 7m annual visitors and 60m traffic count what the forecourt of the future looks like, today. Powered by renewables including from the on-site solar canopy in the day and light up by LEDs at night, the charging hub provides clean and convenient EV charging infrastructure. LONGi Solar has been a reliable partner for us providing highly reliable and efficient modules,” said Angus Rose, Director of Ineco Energy.

www.longi.com

Monday, 18 September 2023

Conrad Energy "very proud" to be involved in RiversMeet solar panel deal

Conrad Energy is "very proud" to be a part of the celebrations at RiversMeet leisure centre in Dorset last week. 

The centre is a truly fantastic example of what's possible when holistic long-term thinking, funding and a committed team of experts come together to work as a team.

With community and sustainability at the heart of their decision making, they have been blazing a trail for others to follow.

Their whole-building approach to energy planning has seen them cut their energy demands by around 50% since 2019 through changes to pool heating, ventilation and chlorination, lighting and showers. 

Everyone is hugely impressed with what the team here have achieved and Conrad says: "We’ve learned a few things that we can share with others, especially when it comes to making swimming pools more eco-friendly."

The final piece of the puzzle was solar panels for the roof. Conrad Energy’s fully funded solutions enabled the Gillingham Community and Leisure Trust to avoid having to raise more funds before completing their landmark project.

Conrad Energy’s CEO, Steven Hardman, said “this kind of overhaul is a huge undertaking, and for the team here at Gillingham Community and Leisure Trust to have had the vision, pulled the team together and brought the whole thing into reality is truly remarkable. Conrad Energy are absolutely delighted to have been able to provide the solution that completes the project and look forward to a long-standing partnership with RiversMeet."

https://conradenergy.co.uk

Tuesday, 25 July 2023

Jackery Explorer 2000 Plus expandable power station with independently solar-chargeable battery packs for on-site energy

The summer holiday season is often prime time for renovation work, DIY projects and home improvements. More often than not, there's an irritating lack of power on site. 

So, what's the ideal solution? The Jackery 2000 Plus power station with 2042 watt hours, which can be gradually expanded to 12 kWh with up to five battery packs of 2 kWh each. With 3000 watts of output power and eight connections, it also provides enough energy for electrical devices such as drills, grinders and saws. 

While the power station powers machines indoors, the battery packs are charged with sustainable electricity outside via the foldable SolarSaga 200W solar panels. This means there's still enough energy available for projects while the LiFeP04 battery of the power station is running a bit low.

The mobile power solution supplies electronic devices with energy via eight connections – three Schuko sockets (230 volts), two USB-A (Quick Charge 3.0, 18 W), two USB-C (100 W) and a 12-volt socket with noisy and smokey petrol generators now a thing of the past. 

The power station can be charged either in the car via a 12-volt plug, particularly quickly via a 230-volt connection in just 1.7 hours or with six Jackery SolarSaga 200W solar modules in just two hours. Connected via Bluetooth or WiFi, users can control the entire system via the dedicated Jackery app.

An intelligent battery management system makes sure of system safety and extends the life of the batteries by up to 50%. 

As a result, the Explorer 2000 Plus is eminently sustainable with 4,000 complete charge and discharge cycles (to 70%) offering a service life of over 10 years with daily use. Also, the power station is especially mobile due to its nifty trolley format with two tires and an integral aluminium pull-out handle.

With a five-year warranty, the new model is available as a standalone power station, a solar generator with panel, and as discounted sets with battery packs from uk.jackery.com, Amazon.co.uk and a number of specialty retailers. 

The RRP is £1,999 for the Explorer 2000 Plus, £1,399 for a battery pack and £2,599 as a solar generator with the power station plus SolarSaga 200W module.

Monday, 23 January 2012

Legal bid to put halt to construction of nuclear power plants

Lawyers send complaint to European Commission about subsidies for nuclear power

A formal complaint about subsidies for nuclear power has been sent to the European Commission. If it is upheld, it unlikely that any new nuclear power stations will be built in the UK or elsewhere in the EU. The complaint may be followed by legal action in the courts or actions by politicians to reduce or remove subsidies for nuclear power.

The complaint has been prepared by lawyers for the Energy Fair group, with several other environmental groups and environmentalists participating.

One of the largest subsidies in the complaint is the cap on liabilities for nuclear accidents. “Like car drivers, the operators of nuclear plants should be properly insured” says Energy Fair.

It has been calculated that, if nuclear operators were fully insured against the cost of nuclear disasters like those at Chernobyl and Fukushima, the price of nuclear electricity would rise by at least 14 Eurocents per kWh and perhaps as much as 2.36 Euros, depending on assumptions made. Even with the minimum increase, nuclear electricity would become quite uncompetitive.

Other subsidies in the complaint are: that uranium is exempted from a tax on fuels used to generate electricity, and that the UK government is proposing to provide support for the disposal of nuclear waste, and to provide a subsidy in the form of a “feed-in tariff with contracts for difference”. Research by Energy Fair shows that there are several other subsidies for nuclear power in the UK and that proposals by the government would introduce more.

Caroline Lucas, MP for Brighton Pavilion and leader of the Green party of England and Wales, said: “The Government’s planned Electricity Market Reform is set to rig the energy market in favour of nuclear, with the introduction of a carbon price floor likely to result in huge windfall handouts of around £50m a year to existing nuclear generators.

"Despite persistent denials by Ministers, it’s clear that this is a subsidy by another name, which makes a mockery of the Coalition pledge not to gift public money to this already established industry. If these subsidies are found to be unlawful, I trust the European Commission will take action and prevent the UK’s nuclear plans from seriously undermining the shift towards new green energy.”

Dr Dörte Fouquet, the lawyer who has been leading the preparation of the complaint, said: “The European Union has opted for opening up the energy market and is vigilant about creating a level playing field. In this regard, the Commission over the last years repeatedly underlined that distortion of the market is to a large extent caused by subsidies to the incumbents in the energy sector. This complaint aims to shed some light on the recent shift in the energy policy of the United Kingdom where strong signals point to yet another set of subsidies to the nuclear power plant operators.”

“There is no justification of any kind for subsidising nuclear power” says Dr Gerry Wolff of Energy Fair. “It is a mature technology that should be commercially viable without support. Renewables have clear advantages in cost, speed of construction, security of energy supplies, and effectiveness in cutting emissions of CO2. There are more than enough to meet our needs now and for the foreseeable future, they provide diversity in energy supplies, and they have none of the headaches of nuclear power.”

FACTFILE:
1 Lawyer Dr Dörte Fouquet, with a lawyer colleague, has prepared the formal complaint to the European Commission (Directorate-General (DG) for Competition) on behalf of Energy Fair and other environmental groups and environmentalists (see note 3 below). Apart from her legal work, Dr Fouquet is Director of the European Renewable Energies Federation (EREF, www.eref-europe.org/).

2 In summary, the “grounds of complaint” are:

* That the so-called “carbon price floor”, introduced in the Finance Act 2011, is a de facto tax on fuels used for the generation of electricity and that the exemption of uranium from that tax is incompatible with EU state aid rules, Articles 107 and 108 of the Treaty on the Functioning of the European Union (TFEU).

* That the cap on liabilities for nuclear accidents of the Paris/Brussels Conventions constitutes state aid in the sense of Article 107 of the TFEU. Since Article 351 of the TFEU requires EU Member States to adapt and align their pre-existing Treaty obligations to be compliant with EU law, since relevant UK laws have not been amended in the light of that requirement, and since the cap on liabilities has not been notified to the European Commission, it is, technically, illegal under EU law.

* That the proposed cap on liabilities of nuclear operators for the disposal of nuclear waste falls under the definition of state aid in Article 107(1) of the TFEU; that, unless or until it is notified to the Commission, it is illegal under EU law; and that, since the measure cannot be justified (Article 107(3) of the TFEU), it should not be approved by the Commission and should not enter into force.

* That the proposed “feed-in tariff with contracts for difference”, as applied to nuclear power, is, under Article 34 of the TFEU, a measure having an effect that is equivalent to “quantitative restrictions on imports” and is thus contrary to EU law.

3 This action by Energy Fair -- making a formal complaint to the European Commission about subsidies for nuclear power -- is endorsed by the following people and organisations: Tom Burke CBE (www.e3g.org/about/Tom-Burke/), Campaign for Nuclear Disarmament (www.cnduk.org/), Eurosolar (www.eurosolar.de/en/), Jean Lambert MEP (www.jeanlambertmep.org.uk/), Caroline Lucas MP (www.carolinelucas.com/cl.html), Nuclear Free Local Authorities (nfznsc.gn.apc.org/), Michael Meacher MP (www.michaelmeacher.info/weblog/), People Against Wylfa B (PAWB, www.stop-wylfa.org/), Jonathon Porritt CBE (www.jonathonporritt.com/), Dr Jeremy Leggett and Solarcentury (www.solarcentury.co.uk/), Sortir du Nucléaire (www.sortirdunucleaire.org/), Keith Taylor MEP (www.keithtaylormep.org.uk/), and Urgewald (http://urgewald.org/).

4 Research by the Energy Fair group has identified 7 existing subsidies for nuclear power and at least 2 potential subsidies. They are summarised in “Forms of support for nuclear power” (PDF, www.mng.org.uk/ns) and described more fully in the following two documents, each with an executive summary:

* “Subsidies for nuclear power in the UK government’s proposals for electricity market reform” (PDF, www.mng.org.uk/emrdoc).

* “Nuclear Subsidies” (PDF, www.mng.org.uk/nsubsidies).

5 A report by the Insurance Forum, Leipzig, a company that specialises in actuarial calculations, shows that full insurance against nuclear disasters would increase the price of nuclear electricity by a range of values -- Euro 0.14 per kWh up to Euro 2.36 per kWh -- depending on assumptions made (see “Calculating a risk-appropriate insurance premium to cover third-party liability risks that result from operation of nuclear power plants”, www.mng.org.uk/gh/private/20111006_NPP_Insurance_Study_Versi...). Without the other subsidies for nuclear power, it would be even more expensive.

Counting only the Three Mile Island disaster in 1979, Chernobyl in 1986 and Fukushima in 2011 -- and excluding the near-disasters at the Narora nuclear plant in India in 1993, the Davis-Besse plant in Ohio in 2002, and the Forsmark plant in Sweden in 2006 -- we are averaging one nuclear disaster every 11 years.

6 With regard to the “carbon price floor” (now part of the Finance Act 2011):

* In Parliament on the 9th of May 2011, the then Economic Secretary, Justine Greening MP, said: “The existing nuclear sector is likely to benefit by an average of £50 million per annum to 2030 due to higher wholesale electricity prices.”

* According to calculations by WWF and Greenpeace, the measure could result in windfall profits for existing nuclear generators of up to £3.43 billion between 2013 and 2026 (“Energy bills to rise as nuclear gets £3.43 billion for doing nothing”, WWF press release, 2011-02-14, www.wwf.org.uk/what_we_do/press_centre/?4629/Energy-bills-to...).

7 Research by Energy Fair shows that renewables can, in general, be built much faster than nuclear power stations, they are cheaper than nuclear power, they provide greater security in energy supplies than nuclear power, they are substantially more effective in cutting emissions of CO2, there are more than enough to meet our needs now and for the foreseeable future, they provide diversity in energy supplies, and they have none of the problems of nuclear power (see www.energyfair.org.uk/misallocation).

In terms of the fight against climate change, nuclear power diverts attention, effort, and large amounts of money away from renewables and the conservation of energy, where those resources would be better spent.

Wednesday, 18 January 2012

Opus Energy signs wind power agreement with Danish energy company Nordjysk Elhandel

Opus EnergyOpus Energy, the Northampton and Oxford-based energy supplier, has entered cooperation with Danish energy company, Nordjysk Elhandel (NEAS), specialising in renewables for the balancing and trading of wind power production from wind turbine generators in the UK. 
"Wind power generation is expanding rapidly in the UK and we at Opus Energy want to secure the best possible set-up in production management for wind power generators. The cooperation with NEAS gives us access to state-of-the-art services in scheduling and balancing of wind power, and competencies in trading of wind power. 
"This will provide UK wind power generators with the best service and maximum value for their production and associated certificates. We believe this cooperation will give us a competitive edge to enable us to expand our market for wind power generation”, explains Charlie Crossley Cooke, Managing Director, of Opus Energy.

Today there's approximately 5,970 MW installed capacity of wind power in the UK. However, this number is expected to rise dramatically to over 10,000 MW in 2015 and well over 20,000 MW in 2020, based on the figures for wind turbines presently under construction, approved and planned.

“At NEAS we have invested many resources in building up the strongest possible set-up in production management and trading of wind power. For example, we have our own meteorologists and analysts forecasting production volumes, and we have developed specialized IT systems for balancing and scheduling of wind power generation. Also, we have years of experience in trading of wind power in Denmark, Sweden and Germany. The cooperation with Opus Energy provides us with a highly competent partner to market our services for wind power generators in the UK”, says Bo Lynge Rydahl, CEO at NEAS.

Opus Energy and NEAS expect to sign the first wind power production purchase agreements (PPAs) in the UK within the first quarter of 2012. They will market their services to wind power generators on the basis of competitive and dynamic pricing structures and outstanding balance responsible party services.

FACTFILE
Opus Energy is the UK’s leading business energy supplier. With offices in Northampton and Oxford, Opus Energy employs 360 people.

Opus Energy supplies over 110,000 UK business sites across all sectors. Corporate customers include: Stagecoach, Halfords, Pizza Hut and Virgin Media.

Opus Energy's management team has a 50 per cent stake in the business, while International Power Plc (LSE:IPR.L) holds 30 per cent and Telecom Plus Plc (LSE: TEP.L) has 20 per cent.

For further information about Opus Energy, please see www.opusenergy.com.

NEAS is the market leader in trading and balancing of wind turbine operation, based on market terms, in Denmark. Representing more than 1, 200 MW installed capacity under management.

Sunday, 20 November 2011

RWE npower renewables receives green light for green energy

RWE npower renewables has been granted planning permission to build a twelve-turbine wind farm located between the villages of Bozeat, Harrold and Lavendon.

Nun Wood Wind Farm was the subject of a thorough and rigorous public inquiry, held before a Government appointed Planning Inspector. The public inquiry, which concluded in October 2011, was open to all local residents and businesses.

Matt Pinfield, Regional Manager for Eastern England at RWE npower renewables said: "We are delighted with the Planning Inspector's consent for Nun Wood Wind Farm. It is a superb location for a wind farm - well designed and appropriately sited and will generate enough energy to meet the annual average needs of thousands of homes each year. The Nun Wood Wind Farm will make a substantial contribution to clean energy supply and the reduction in emissions of greenhouse gasses."

In his written report the Planning Inspector seemed to agree that there would be some harm caused by the creation of the wind farm. However, stated: "The degree of harm in landscape and visual amenity is limited. In my judgement the harm is outweighed by the urgent need for renewable energy as promoted in national and regional policies and the wider environmental and economic benefits that it would bring over a 25 year period."

As well as Nun Wood Wind Farm generating enough electricity to meet the annual average needs of between approximately 13,700 and 15,600 homes annually, the local community could receive a windfall of at least £540,000 over the lifetime of the wind farm.

This funding would provide a valuable long term source of income for the local community. It is flexible funding that can address what is really important to communities and has the potential to fund large and small projects as well as capital and revenue activities. The annual funding of £1,000 per megawatt (MW) per year would become available when the wind farm is operational and local people can be involved in deciding how it is distributed.

Matt Pinfield added: "We have consulted with the local community during the planning and development of this wind farm and as a responsible developer we will continue to work with the community throughout the next stages of the project as the wind farm is constructed. We will be providing detailed construction and traffic management plans to Milton Keynes Council, Bedford Borough Council and the Borough Council of Wellingborough which will also be available for public consultation."

Construction of the wind farm presents opportunities for local economic benefit and employment. Whilst current legislation and competitive tender process for each part of the works is followed, it is normal to expect that local suppliers and contractors with appropriate skills will be well placed to tender for contracts.

Monday, 5 September 2011

Trade Skills 4U launches sister company 'Solar PV Tools.co.uk'


Trade Skills 4U.co.uk, the UK's largest independent electrical & renewable energy training provider, have launched a brand new ecommerce website selling Solar PV Tools. The website, www.solarpvtools.co.uk, is designed to equip renewable energy installers with all the tools they would need to install, test and maintain solar PV systems.

Trade Skills 4U.co.uk Managing Director, Carl Bennett says: “We have always taken customer care very seriously, talking and listening to our customers and taking their views on board. We only recommend tools based on our own practical hands on testing; tools must be fairly easy to use and survive the rigours of daily practice to become a tool we trust, in order for us to feel able to sell them to our customers.

"Having found difficultly sourcing solar PV kits ourselves, it seems there is space for a market leader to supply solar installers with the kit necessary to complete installations and comply with MCS accreditation standards.”

In June this year, Trade Skills 4U successfully launched their Renewable energy training centre, complete with purpose built facilities built to cater for the demand for renewable energy installers. The centre houses the UK’s first and only single storey training roof that enables candidates to install solar PV at height and with all the necessary kit they would require on a real installation such as pulleys, ginn wheels etc.

“We are in great support of this growing industry and have invested £350,000 into building our dedicated renewable energy centre; it seems like a step in the right direction to enable candidates to buy the kit we trust whilst they train with us. We are continually innovating and improving our products and services. The new website is the natural next step," added Carl Bennett.

Joe Bennett, Sales Manager of the new site added: "We are in a competitive market. Customers rightly expect a good deal and a professional service. At Solar PV Tools we know that our products are not only the very best available but also that we listen to our customers and construct the kits they need for the job. We provide fully bespoke solar PV tool kits which installers and contractors can design for themselves based on need and continue to refine our products and services to meet their needs now and in the future."

FACTFILE:

Trade Skills 4U LTD are the UK’s largest independent electrical training centre that specialises in electrical training courses. Their Renewable Energy Training facility will be launching in May where a range of Renewable energy skills such as Solar PV courses will be on offer.

Saturday, 3 September 2011

Solarhybrid Builds the Largest Solar Power Plant in Europe

solarhybrid AG has started work, as a general contractor, on the expansion of the solar power plant, FinowTower, at the former Eberswalde/Finowfurt military airport in the district of Schorfheide, north east of Berlin. The expansion adds 60.2 MW and increases the capacity of the power plant to a total of 84.5 MW. This will make it the largest solar power plant in Europe, extending over an area equivalent to 260 football pitches.

 The contract for the expansion given to solarhybrid is worth approximately EUR111.5 million. Deutscher Solarfonds Stabilität 2010 GmbH & Co. KG, initiated by Altira Renewables Management GmbH, is the client and investor as well as the operator. Commerzbank AG is providing the outside financing.

solarhybrid has developed the large-scale project itself, from the initial concept to the construction and building permit including the financing and structuring. The expansion is the result of the successful realisation of the first building phase, FinowTower I.

Proven partners from previous large-scale projects are involved in this second phase of construction, FinowTower II: photovoltaic modules from Suntech, inverters from SMA, mounting technology from Mounting Systems, planning by Enerparc, installation by Conecon.

The solar power plant, FinowTower II, should be on line in late December. It is expected to generate 82 million kilowatt hours (kWh) per year, which will be able to meet the needs of approximately 23,500 households. By eliminating 1,550,000 tons of carbon dioxide (CO2) over a 20 year period, FinowTower will make an important contribution to the reduction of greenhouse gas emissions and to the expansion of renewable energies.

The entire construction will be documented using four time-lapse cameras. The images can be seen via live streaming at www.solarhybrid.ag once construction begins.

Wednesday, 3 August 2011

G24 Innovations leads the way with positive green actions

Solar pioneer G24 Innovations (G24i) has celebrated the official opening of a 120 metre tall, 2.3 MW wind turbine at its Cardiff manufacturing facility, marking the realisation of a dream to produce renewable energy products using only renewable energy.

Unveiled by the Rt. Hon. Oliver Letwin MP, Minister of State at the Cabinet Office, the Ecotricity-owned turbine will produce enough electricity to power the entire 23 acre site and will save more than 2,500 tonnes of CO2 a year.

G24i also used Mr Letwin’s visit to announce the launch of a new on-site electric vehicle programme. Having installed two charging points, surplus wind power will now be used to run two Peugeot iOn city cars, allowing staff and visitors to travel around Cardiff and the local area in a more sustainable way.

G24i’s founder, Bob Hertzberg points out: “This is the realisation of our ‘green from green’ dream. For the first time renewable energy will be used to directly manufacture renewable energy products, a virtuous circle at the heart of the Government’s vision of a low-carbon economy.

“Sustainability runs to the very core of our business strategy. Building a turbine and introducing EVs are significant steps and we are already exploring other innovative ways in which we can drive down our environmental impact. Our goal is to be a true global pioneer – not just in the technology that we create, but also in the business practices we employ.

“We would like to thank all of our partners in this programme, Cardiff City Council, Ecotricity and Peugeot.”

Mr Letwin added: “I am delighted to open G24i wind turbine, and applaud their innovative approach to sustainable, low carbon energy production. Onshore wind must play an integral part in tackling the two major energy challenges we face – the pressing need to reduce carbon dioxide emissions and the equally pressing need to deliver secure, affordable energy supplies.”

G24i is the first company in the world to commercialise dye-sensitised solar cells (DSSC), the only third generation solar technology ready for mass production. DSSC is a breakthrough energy harvesting technology that can change the relationship between everyday products and the energy they rely upon, removing the need for expensive and environmentally unfriendly batteries or plug-in solutions.

G24i’s cells perform well in both low levels of sunlight and indoors, mimicking the photo-synthesis process in plants to recycle ambient light. Independent tests have shown the module to be the most efficient indoor light energy harvesting system in the world, meaning that indoor products such as keyboards and remote controls can, for the first time, produce the power they require to operate - independently.

Dale Vince, Founder of Ecotricity commented: “We're delighted to have built this windmill to power G24i, as it's not just a world first, it's a small glimpse of the future and a very exciting one – the idea that we are able to harness renewable energy and use that to make devices that themselves harness more renewable energy. It completes the ideal environmental circle.”

Jon Goodman, Managing Director at Peugeot UK, commented: “Peugeot is a leading low CO2 automotive producer, was one of the first to produce electric vehicles in the 1940s, has sold the most electric vehicles with the electric 106 and Partner van programme, and was among the first to introduce a modern electric car, able to benefit from the Government’s £5,000 subsidy, with the iOn.

“Peugeot has a wide range of low CO2 vehicle choices, including the imminent arrival of the world’s first diesel-electric diesel hybrid car in the next few months, so it is impressive to see G24i utilising green energy to power their commuting requirements with the Peugeot iOn electric cars and with complete respect to the environment.”


Thursday, 30 June 2011

Biggest privately-owned solar PV panel installation in the south west powers UK’s first electrically-sufficient grain store

A new photovoltaic solar panel electricity generation scheme for farmer and grain store operator Colin Godwin at Keysley Farm, Monkton Deverill, is now the largest privately-owned installation in south-west England. It has also resulted in Keysley’s commercial grain store becoming the first in the UK to become electrically-sufficient in energy.

Although situated in Cranborne Chase Area of Outstanding Natural Beauty (AONB), the scheme has been endorsed by the local AONB officer as well as Wiltshire Council.

T H White Energy has installed 1,125 solar panels on the south-west facing roofs of the 26,400-tonne grain store, that was itself a project partly undertaken by T H White last year. The array covers an area equal to 25 cricket pitches and is expected to generate 216,000kWh of electricity per year. That’s sufficient to light up Swindon every night for an entire month!

The electricity generated by the 270kWp installation will power intake drying and cooling for the entire 26,400 tons grain capacity at the store, which handles feed wheat and oilseed rape exclusively for Openfield – Britain’s largest farmer-owned grain marketing and arable input co-operative.

Today the store serves over 80 Openfield farmers and T H White was one of the businesses involved in its expansion during 2010 with partial funding from the Rural Development Programme for England (RDPE).

It is expected that the scheme will also save over 105 tonnes of CO2 per year, equivalent to annual power consumption of 45 houses, or travelling 350,000 miles in a car – equal to driving eight and a half times around the world.

As Keysley Farm is in the Cranborne Chase Area of Outstanding Natural Beauty (AONB) extra care was taken over the appearance of the scheme. Kyocera panels were chosen due not only to their excellent performance and warranty, but also because they are black cells mounted within a black frame. Also, contrary to popular thinking about solar PV panels, they actually reflect very little light.

Cranborne Chase AONB officer Richard Burden said: “The use of black panels on the roof of Keysley Farm’s grain store has actually reduced the visual impact of the building in the landscape. Schemes such as this which generate renewable energy and help to ensure that the area is sustained as a vibrant, living, working landscape are very much in keeping with the conservation objectives of the AONB.”

The scheme was also endorsed by the Energy Change and Opportunity (ECO) Team at Wiltshire Council. Senior Climate Change Officer Vincent Albano said: “Schemes like this will make a valuable contribution to the installed renewable energy capacity for Wiltshire.”

It is anticipated that the solar PV installation at Keysley Farm will cover its costs within eight years and has an operational life expectancy of at least 25 years.

T H White Energy is part of the T H White Handling & Storage Division which specialises in bulk grain storage and processing. Other diverse areas of T H White’s business encompass agricultural, dairy and grasscare equipment, Land Rover and Subaru vehicles, Palfinger lorry cranes, construction equipment and security and fire protection systems.

Monday, 13 June 2011

Coke Adds Firefly Solar Power for Its Event Recycling Programme

Firefly Solar, a European leader in the design and manufacturer of off-grid, portable and permanent solar-powered generators, has won a contract from Coca-Cola Enterprises to supply 6 of its Cygnus generators to power the company’s Event Recycling programme at outdoor events in Great Britain and France.

Coca-Cola Enterprises (CCE) piloted its Event Recycling programme during 2010 with the objective to motivate festival goers to make recycling a daily habit. The Programme recovered over 18 tonnes of recyclate (PET and cans) and reached an audience in excess of half a million people attending eight festivals during the summer of 2010.

The equipment being supplied by Firefly Solar consists of two standalone solar power systems comprised of three of the company’s 5kW Cygnus solar generators, configured to provide a three-phase 5kW electrical supply. One system each will be supplied to the British and French teams to provide electrical power for waste compaction equipment and for portable office space at this year’s events.

Patrick McGuirk, Recycling Director for Coca-Cola Enterprises said, “By using Firefly Solar generators to provide a green energy supply to power our Event Recycling Programme we can ensure that we reduce the carbon footprint of our activation this summer. Coca-Cola Enterprises is committed to transforming recycling and reducing the absolute carbon footprint of our business. Firefly’s portable solar generators are an important capital investment to ensure the footprint of our Event Recycling activities are minimised.”

Andy Mead, managing director at Firefly Solar said, “At Firefly we are delighted by the association with Coca-Cola Enterprises and pleased to have won this contract. It’s been estimated that 20,000 tonnes of carbon are created annually through the use of standby diesel generators at UK music events. We applaud Coca-Cola Enterprises for selecting renewable energy supplied by our Cygnus solar power generators in its campaign to clean up festivals and to promote recycling throughout Great Britain and France.”

Cygnus is a compact and high quality, forklift-able solar generator. With a footprint of less than 1 square meter (excluding solar array), Cygnus generator’s built in battery bank can be charged using a range of renewable sources including solar, wind and pedal power - it can even be charged using the excess capacity of biodiesel or hydrogen generators or from a green mains supply.

Cygnus solar generators feature plug and play connections for easy installation and operation by untrained personnel. The generators meet all European standards for safety and multiple systems can be linked together to provide higher single phase current or a 3 phase supply. Cygnus' integrated intelligent control panel is easily navigated allowing the user to instantly ascertain the percentage of stored energy available from the system. The controller also gives the user a wide range of configuration options to optimise the system for its environment anywhere in the world.

Firefly Solar generators have been used successfully at Glastonbury, Love Box and the Isle of Wight music festivals to provide solar powered stages for audiences of up to 5000. Firefly Solar equipment creates absolutely zero emissions in operation; are truly silent running; increase safety and reduce risk by the elimination of flammable liquids and fuels and provide a pure sine wave, 230V current to power sensitive electronic equipment. Firefly Solar generators are fully compatible with wind and solar inputs.

For more details please contact Firefly Solar on 01273 617006 or visit www.fireflysolar.co.uk.