Archive for ‘Biomass Energy’


Anna Celeste Watson says:
Explore renewable energy technologies for your home, business or farm

Category: Biomass Energy, Combined Heat & Power, Energy Efficiency, Heat Pumps, Renewable Energy, Solar Energy, Water Power, Wind Power

Just wanted to share these great interactive diagrams created by MCS certified renewable energy installers Futurum Renewable Energy Systems who are based here in Dorset but cover much of the UK.

They are a really quick and easy visual way to explore what renewable energy options are possible for your home, business or farm – from Solar, Heat Pumps and Biomass Energy to Water and Wind Power.




Click on the diagrams to link through to their site to see more, or to explore technologies further go to:


Conor MacGuire says:
Renewable Energy – Power Your Home More Effectively and Efficiently

Category: Biomass Energy, Renewable Energy, Solar Energy, Water Power, Wind Power

In the recent years, the rising costs of energy have boosted the overall cost of living to all new heights. Thus, it now becomes necessary for the homeowners to set their sights on the alternative energy sources. These sources reduce both, energy dependence and expense to a significant amount.

As the fear of ending conventional sources of energy rises, the homemakers have started weighing other options for their energy consumption. More and more people now ought to invest in alternative energy resources of energy, and it seems to be a growing market. Along this, a number of states now offer rebates, tax credits, and other incentives to promote clean energy. So, now it’s your turn to switch to these energy sources, before it gets too late. Read out here to find some promising solutions, which can help power your home efficiently and effectively:



When it comes to renewable sources, ‘Solar energy’ is the first to strike your brain. The reason for its ever increasing popularity is that it is the easiest solution, or better say, one of the most easily accessible. For your home, all you need is the photo-voltaic solar panels, batteries and an inverter.

The performance depends greatly on the region you are residing, for example, the location having sunny and brighter days for most of the time per year will show better results. But, that doesn’t mean the areas with less sunlight cannot use solar panels. Even, if the temperature falls off, the solar energy users can still keep their homes warm and bright.

Another advantage of solar energy is that it demands a little maintenance. The solar panels once installed, can provide large amounts of electricity and don’t ask for repairs often.


Do you know that wind energy is the second most widely used renewable source? But, many homemakers associate it with those mammoth wind farms, neglecting their usage at home. The fact which remains silent is that there are a number of small sized turbines available, perfect for producing a significant amount of energy.

So, it is a valuable solution for those looking for non- conventional sources. The speed of the wind in your region will decide over the right solution for your home. You can seek help from the weather services, they will let you know the average wind speed in your region.

Undoubtedly, bigger turbines are capable of generating a large amount of energy, but you can use a 10-kilowatt turbine for your home. It is 100 feet tall, the turbine is nearly 23 feet and is sufficient to produce enough energy for a house.

Micro Hydro Electricity

This is an effective solution and its installation is much easier. Warning!!! – It is ideal only if you live near moving water.

All you need is to place a pipe, running from the higher area (where water is flowing) to a lower piece of ground. As the water moves downhill, turns the turbine at the end of the pipe, energy is produced. Surprisingly, a number of micro hydro systems have been known to produce ten or even 100 times more power than wind or solar. Moreover, it is more efficient than the two other sources, as it can run non-stop and overnight.


As far as the use of biomass for your home is considered, it usually includes the stove used to heat water or for general home heating. You can use plants, including wood waste, grass, crops or trees to fuel your stoves. It is sometimes reported to pollute the air, but it is still a green option as it produces less pollution than those fossil fuels, which involves burning of harsh chemicals.

So, there is a multitude of combinations available. Now, it depends on your budget to achieve energy independence with help of these renewable sources!

UK Gov is inspiring folks to use these technologies and providing loan under the scheme like Green Deal. If you need green deal in Scotland then contact Green Energy Scotland Limited for your needs. UK Gov is also running another scheme called: Renewable Heat Incentive Scheme. The Renewable Heat Incentive (RHI) is the world’s first long-term financial support programme for renewable heat. The RHI pays participants of the scheme that generate and use renewable energy to heat their buildings.


Guest Energizer says:
Pros and Cons of Biomass Energy

Category: Biomass Energy, Sustainable Living

Pros and Cons of Biomass Energy

One thing we can agree upon is that the perfect energy source simply doesn’t exist yet. Each and every one source of energy we have out there has its own promises and disadvantages, but they may vary from type to type. This article will cover the details of biomass energy and what it has to offer.

Biomass has been used and around for a long, long time, before anyone actually spoke of alternate energy or renewable resources. At one point wood was the primary energy source for cooking, heating and other solutions. It still happens to be used today in many countries around the world, though in less locations in the west as it stands. Cleaning it also takes quite a bit of effort unless used in productive ways, as the following examples will point out. When we mention biomass today, we talk about a few applications used today:

Direct burning to create heat

This is the usual, traditional method of burning fossil fuels we are all very familiar with, meant for cooking and heating. It is still widely used around the world, but also responsible for plenty of greenhouse gases, respiratory illnesses and worse.

Generation of electricity

Biomass can be used to feed a boiler, which in turn will provide steam to a turbine generator. Feedstock is usually made from wood residue, as well as industrial and urban waste wood. This type of generation of power can also be improved with a co-generation solution that uses the heat of the process to improve efficiency for a combined arrangement.


The biomass is used and heated in an environment that allows it to break down into flammable gas. Once the gas has been filtered and cleaned, it can then be reused as a natural gas in a combined cycle turbine. The feedstock used is made of agricultural and forest residue.

Anaerobic Digestion

Biomaterials used in a fermentation process that works on converting the organic compounds into biogas, composed of roughly 60% methane and 40% carbon dioxide. The methane is converted into CO2 and water by being burned still has a net positive from a greenhouse gas perspective, as methane is a more tenacious greenhouse gas than CO2.

Pros of using biomass:

  • Renewable fuel source
  • Low cost
  • Ample supply
  • Domestically produced
  • Low carbon contents
  • Convertible into energy to keep waste low

Cons of using biomass:

  • Energy intensive for production purposes with little gain
  • May lead to deforestation
  • Needs water supply
  • Not entirely clean when burned
  • May compete with food production
  • Seasonal fuel sources
  • Process of creation is still fairly expensive
  • Methane and CO2 emitted during production
  • Heavy feedstock requires energy to transport

When it comes down to it, biomass seems compelling at first, considering its renewable source and it may be produced on domestic soil, but there are also plenty of drawbacks that make it an eco-unfriendly solution in the end. As population keeps growing, the competition between arable land for food production and water will make this type of option work poorly in the days to come. The other option that would work better is that much of the materials used to create biomass may also be used for composting and food production, which is a cleaner alternative although not directly tied to energy production.

This post is by Guest Energizer Sofia Lewis for Cleaners House Ltd. who offer eco-friendly house and office cleaning services. Sofia is a passionate freelance article writer and blogger. She is inspired by home improvement and gardening projects and writes mainly about domestic cleaning, green living home solutions and gardening.


Lets Get Energized says:
Wessex EcoEnergy

Category: Biomass Energy, Dorset Energized News, Energy Deals & Offers, Green Deal, Renewable Energy
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Wessex EcoEnergy

Dorset Energized recently attended and exhibited at the Dorset County Show, with a stand in the tent provided by Communities Living Sustainably in Dorset. Alongside us in the tent, were Wessex EcoEnergy – and below is some information about them that they provided us with:

Wessex ECOEnergy is a local renewable energy company based in Dorchester and provide renewable energy systems to homes and businesses.

One of the company founders attended Thomas Hardye School so grew up in the local area. They aim to take more of a consultative approach to your renewable energy needs and offer combined systems to reduce the reliance on fossil fuels and energy price rises.

They specialise in providing and combining:

The World’s leading Solar Thermal system: Which uses daylight to heat your hot water and central heating system. Clients can save on average 50% to 75% of their annual bills and get ongoing payments from the government via the RHI (renewable heat incentive) scheme.

Market Leading Biomass
Their Froling solution is a market leader offering pellet, wood and combined wood and pellet boilers. Also benefits from substantial RHI payments.

Primary business clients:
Nursing Homes
Caravan Parks/Campsites
Any business that owns it’s own premises
Any home with a reliance on oil will make a substantial saving
Detached properties
Households with 4 or more people

Contact for a consultation and quote:
01305 250429


Keith Wheaton-Green says:
Anaerobic Digestion for Gas – not Fracking

Category: Biomass Energy, Combined Heat & Power, Energy Efficiency, Fracking, Renewable Energy, Renewable Heat Energy
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Anaerobic Digestion for Gas – not Fracking

We need to give installation of Anaerobic Digestion (AD) plant our strong support as the counter-balance to our opposition of fracking. Both produce methane gas that can be injected to the gas grid to heat homes and businesses as well as generating electricity in quick start up power plant that can be used to balance intermittent renewables. Obviously biogas from AD is preferable.

British Gas estimate 50% of UK gas needs could be met from waste and there is a lot plant being installed at the moment such as this

No one seems to have calculated how much could be produced from farm integrated AD plant but perhaps it could produce the other 50%. The big one at Poundbury (info: here) produces up to 80% of West Dorset’s gas needs from just six farms growing grass and maize on a 4 year crop rotation between cereal crops.

The solid digestate looks and smells similar to horse plop and is used for the cereal crops as an alternative to inorganic fertilisers. It is slow release and an excellent soil improver. On livestock farms, part of the motivation to install AD is to process the animal waste to produce a high quality digestate to spread on the land as a replacement to the raw animal dung which can pollute nearby water courses in some weather conditions. AD plant should be seen as an integral part of efficient British agriculture making it more sustainable, more organic, more productive.

Grass grows exceptionally well in the damp UK climate and is the ideal feedstock for AD. Rather than leave cuttings on the ground. we could divert cuttings from road verges, sports fields, parks and any area where a less fertile soil is the aim (so that wild flowers compete better with the grass)to AD plant.

We should not forget that renewable gas is almost as important as renewable electricity.

2Comments | Post your own comment

  • Keith Wheaton-Green comments:
    "Thanks John for joining the debate on these pages. You are very welcome. I agree quantification is the best way to reach an idea of what is possible. Looking at the statistics from DECC 700 TWh is a reasonable estimate of 2014/2015 UK gas demand. However, we must take into account ongoing reduction in gas demand from electricity generation as more and more renewable electricity generation comes on line. It was a modest 1% reduction in 2013 but our present government, with its destabilising influence on renewable electricity due to wild changes in tariff levels and licensing costs and ease (or not) of gaining planning consent, is holding back installation of renewables. With proper stable backing, renewables, let of the leash, could rocket. So let’s hope for a diminished Conservative influence in the next government. Poundbury produces 0.004 Twhy which would mean 86,000 Pounbury sized plants in the UK (or 1000 per UK county) to meet the 344 TWhy domestic gas consumption. I agree this is probably not realistic but think your estimate of 20 TWhy ceiling (or 5,000 Poundbury sized AD plant) for the UK is also not accurate. I still maintain that with falling gas demand due to better insulated and better constructed houses following the 2016 improvement to building regulations, roll out of solar thermal and wood heat and much reduced demand to generate electricity, AD could meet a much higher proportion of UK gas demand than anyone is currently predicting. I admit I can’t quantify the potential accurately yet because AD to gas grid is at the first stage of development. However, I believe continued use of slowly declining extraction of North Sea gas along with rapid expansion of AD gas, big improvements in energy efficiency and renewable electricity generation can see us through without the need for fracked gas. Like nuclear power, fracking carries low probability but high impact risks that are just not worth taking. Keith Wheaton-Green "
    August 19, 2014 a 12:58 pm

  • John Baldwin comments:
    "Biomethane is great and Poundbury has been a success, helping 20 projects that are being built this year. But realistic max Biomethane is 20 TWh/Annum… gas consumption is 700 TWh so we need to import lots of gas Qatar LNG is very high GHG and forecast to cost £10 billion/Annum in 2025….that’s a lot of money, if we can produce this gas in UK we will have £7 billion tax… fund renewables and insulation "
    August 16, 2014 a 3:20 pm


Conor MacGuire says:
The Green Deal for Home – Explained

Category: Biomass Energy, Combined Heat & Power, Energy Deals & Offers, Energy Efficiency, Green Deal, Green Electricity & Gas, Heat Pumps, Solar Energy, Sustainable Living
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Green Deal Plan for Home: Here is the Start to Finish Process

It’s called the Green Deal – a project designed to help you make energy saving improvements at home and also to find the ideal way to make payments for the same. Home improvements for maximum energy conservation generally depend upon the structure of the house. However the main focus of the project should be including solid wall insulation, double glazing, boiler upgrades, and much many other things discussed below.

After many years of talking and planning about the Green Deal, the flagship energy saving scheme designed by the government is finally up and running. The aim of the project is to make every house warmer and much cheaper to run. To achieve this however, people are not required to shell large sums of money upfront. 

The Green Deal project typically comprises of the following stages:

1. Assessment

Assessment involves inspection of your home or office premises by a fully accredited Green Deal Advisors. The respective advisor will perform the following functions:

  • Survey the entire property and come up with EPC (Energy Performance Certificate) in order to ascertain the current energy rating and also to recognize the types of developments which the Green Deal can fund.
  • In case the EPC recognizes any suitable measure fit for attaining Green Deal finance, the Green Deal Assessor will commence a Green Deal Occupancy Assessment and recognize what improvements are going to be cost effective and look out for any scope of cash back or subsidies.
  • Explain in detail the entire payment process
  • Prepare a Green Deal advice report that will outline all your available options
  • Also assist you in selecting a Green Deal Provider
  • Supervise the home improvement installations and sign off as soon as the work is complete.

2. Installation

The Green Deal Advisor will fix up with the Green Deal Provider and appoint a suitable Green Deal Installer for you. The installer will then make the required home improvement jobs – you and the Green Deal Advisor agreed upon. You are required to constantly access the installer to ensure he fulfills all the standards laid down by the Green Deal.

3. Repayment

You are required to pay back the cost of your various home improvement jobs over a period of time by means of electricity bills. Here your electricity supplier is supposed to pass on your payments to the respective Green Deal Provider. It is to be noted that the amount you pay via your electricity bill is not going to be more than you save upon your heating bills. This way you are guaranteed to be in profit from the very first day.

You’ll be required to pay for your home improvement services, but the payment you make will never be considered as your conventional personal loan. Reason – the payment will be attached to your electricity meter and paid back in the form of electricity bill. In case you vacate the property, the charge will be picked up by the new occupant, who will also benefit from the energy-efficient property.

A regular interest will be charged on all payments, but the rate will be fixed. In addition, you will be shown a complete schedule of all the payments before you finally sign up the plan.

Improvements covered by the Green Deal include:

  • Insulation
  • Glazing
  • Heating and hot power
  • Microgeneration

The non-domestic centers would also cover mechanical ventilation, heat recovery measures and lighting.

Incentives to Begin the Green Deal Scheme

Recently, the government launched the Green Deal Cask Back Scheme in an attempt to encourage more homeowners to take up home improvements right in the early days of Green Deal.

According to the scheme, the most eligible candidates will receive cash back guarantee as soon as they get their measures installed. The highest rates will be allotted to the earliest applicants.

The ECO (Energy Company Obligation)

The ECO for the large six energy suppliers comprises of three parts, including:

1. Affordable Warm Obligation

This will provide heating and hot water saving measures, glazing, micro generation technology and insulation to vulnerable and low-income households. There are however complex eligibility criteria for this scheme.

2. Carbon Saving Obligation

CSO is a means to provide funding in order to insulate solid-walled premises including those with tough to treat cavity walls.

3. Carbon Saving Communities Obligation

This will provide glazing and insulation measures to all people comprising of bottom 15% of the most deprived areas in UK.


Lets Get Energized says:
Get Ready for the Dorchester Renewable Energy Exhibition

Category: Biomass Energy, Climate Change, Electric Transport, Energy Deals & Offers, Energy Efficiency, Energy Events in Dorset, Fuel Poverty & Security, Green Electricity & Gas, Renewable Energy, Solar Energy, Sustainable Living, Wind Power
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Dorset Energized, the website that informs the county about all things renewable, is hosting our first Exhibition in Dorchester to celebrate Climate Change Week 2014!

Dorchester Renewable Energy Exhibition and Forum
Saturday 8th March, 9.30am until 2.00pm
Dorchester Corn Exchange
FREE admission

There is a strong line up of exhibitors who can advise on Solar PV, Biomass Heating, Thermal Heating, Energy Savings, Green Energy, Eco Design and Sustainable Planning.

We will have the new 100% electric Nissan LEAF car on show and an exciting range of new model Electric Bikes.

Renewable Energy companies will be outlining exciting new projects across Dorset.

Our aim is to demonstrate the opportunities for strong Community involvement in schemes to create local energy and reduce the cost of energy to people living nearby.

There will be a continuous Forum being lead by local Hydro Expert Keith Wheaton Green where we shall have leading speakers talking about a miriad of subjects with lots of time for questions from all our visitors.

We hope that this will be a great opportunity for the people of Dorchester and its surrounding areas to really engage with the opportunities that Renewable Energy offers both in reducing the burden of energy costs and making a contribution to the reduction in CO2 within Dorset.

Click here for the full list of Exhibitors >>


Lets Get Energized says:
Dorset’s Ace Energy Win Large Heating Contract at Spiritual Healing Centre

Category: Biomass Energy, Renewable Heat Energy
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Ace Energy have just succeeded in winning a contract to install 180 kW of biomass heating at The Ammerdown Centre near Bath.

The new Windhager wood pellet system will replace three oil boilers and save the centre £8,700 in heating bills annually.

As a commercial project the centre will also benefit from the Non Domestic Renewable Heat incentive (RHI) providing them with over £21,000 each year for the next 20 years.

The first phase installation is expected to be followed with a further 60 kW in the staff quarters and at the chapel on site bringing the total installed to 240 kW. Over the term of the RHI the Ammerdown Centre are set to benefit by a staggering £450,000 in fuel savings and quarterly RHI receipts.

If you have a commercial property or even an annex on your home you may also be eligible for this energy saving, finance generating system so give Ace Energy a call for your free assessment on 01747 858853 or 01225 729005 or visit


Theresa McManus says:
Germany leading the way in clean energy to empower the people

Category: Biomass Energy, Renewable Energy

With my work for DEAC (Dorset Energy Advice Centre) I have come across this very interesting extract from The Power Book, published by the Local Government Information Unit in September 2012, that I wanted to make available to Dorset Energized users…

Allies in Energiewende by Alan Simpson

WHILE Britain’s ‘radical’ energy thinking gets no further than ‘community buying schemes’, wrapped around the old ‘rigged’ market, Germany has been changing the nature of the market itself.

German towns, cities and regions (of different sizes and persuasions) are now seeking to bring electricity distribution grids into social ownership. This runs from small districts right up to the current initiative in Berlin, where the City is seeking to buy its power distribution network back from the utility, Vattenfall. What the Germans have understood (and we have not) is that transforming the energy market has far more to do with power – democratic power – than with electricity.

A different energy future
The Germans have opened the door on a different way of thinking about energy futures and energy security. In promoting a more open, competitive energy market, successive German governments have also become less afraid to take on the vested interests of their big power companies.

This profound change in energy thinking is at the core of all the practical changes in German energy policy. Break the umbilical link between the power station and the light switch in your home, and it becomes easier to explore the different elements that will make up tomorrow’s energy systems; selling demand reduction rather than increased consumption, using smart technologies that deliver more but use less, and extending community ownership of energy generation and distribution networks.

Empowering the people
Since 1990, German citizens have had a legal right to be producers and suppliers of electricity to their grid system. Two-way meters are a given, not an experiment. German households expect to know how much energy they produce as well as how much they consume. While Britain still plods through a tortuous debate about ‘trials’ of two way meters, the Germans have been using them to transform energy politics. The right to generate became the power to transform. It also provided the platform for constructing a more open, democratic and sustainable energy market.

Germany’s big step-change came in the early 2000s, when the government introduced a system of preferential Feed-in-Tariffs (FITs). These tariffs paid people more for the ‘clean’ energy they produced than the cost of energy they consumed from the grid. In all cases, FITs payment rates decline over time. Ultimately, each technology must ‘wash its own face’ economically; becoming market competitive or being displaced by something that is.

On anyone’s terms, Germany’s renewable energy programme has been astonishing.
The graph above only paints a partial picture. It does not show how, in less than a decade, Germany’s FITs programme has:

  • delivered over 400,000 new jobs
  • transformed an energy sector, that once had only four major suppliers, into one with over two million contributors
  • brought in over €30 billion of private investment a year
  • delivered lower German power prices than they had five years ago, and
  • operated without public subsidy.

Started under the Social Democratic Party/Green administration and continued by Angela Merkel’s Christian Democrats, this is not a bad decade’s work, even by German standards. But the most telling statistics are in the ownership pattern of the renewable energy investment.

Over 50% of Germany’s renewable energy generation is owned by households, communities and farmers. Energy utilities own less than 13% of the new generating capacity.

The energy war zone
Energy transformation is still a war zone, even in Germany, and not mainly because of climate sceptics. As in the UK, old power empires refuse to die easily. A fierce battle is being waged by ‘old energy’ to sabotage today’s transformations. Britain may have led the last two energy revolutions – from wood to coal, and from coal to oil – but the same vested interests keep us locked at the margins of the current energy revolution. In Germany, energy companies tried to block policy changes by dragging the government through the European courts; saying that new policies were anti-competitive or market distorting. The energy companies lost. In the UK, ‘old energy’ opted (more successfully) for the colonisation of Whitehall. The outcome can be seen in the shambles of the Draft Energy Bill. Its framework would leave Britain with an even more closed energy market, saddle customers with ever spiralling energy bills, introduce a new £5 billion a year nuclear subsidy, and ensure that successive governments could not meet current UK climate targets. It is an agenda for ‘dead-end’ Britain.
As the Germans discovered, the way to become a leader in tomorrow’s energy revolution lies as much in the empowerment of citizens as in the shift into particular technologies. Germany simply put the interests of citizens before those of corporations.

Within the last decade Germany has installed over 60GW of renewable energy capacity; the same as the UK’s current daily energy consumption. Last year alone they installed 7GW; more than the UK installed in over a decade. German power prices are lower today than they were five years ago and the country remains a net exporter of electricity. We are a million miles adrift. Britain may be at the bottom of today’s EU’s ‘renewable energy’ league, but this was where Germany started from too. They went from the bottom to the top in less than a decade. All it took was ‘vision’ and ‘leadership’.

Allies in ‘Energiewende’
Germany is still at the beginning of its ‘Energiewende’ programme – their energy transformation plan. By 2020, Germany intends to generate 35% of its power needs from renewables and to reduce energy consumption by 20%.

But the beauty of Energiewende is in its ability to weave the interests of industry, local communities and environmental groups, into a unified consensus for radical change. The result has been massive public involvement in German energy policy, along with a sense of social ownership of the transformation. In no small measure, this has been built on the ability of Feed-in-Tariffs to drive down power prices; something the UK Treasury seems intellectually incapable of grasping.

Breaking the energy cartel
Britain’s energy market reform debate has not managed to escape the dead hand of Treasury insistence that FITs have to be treated as (capped) public expenditure. The Germans refused to accept such nonsense. From the start, German FITs have been treated as independent elements in energy sector accounting. What then made the difference is Germany’s decision to give priority grid access for all renewables. German solar and wind energy are the first power sources fed in to the energy system. It leaves incumbent power providers to alter their energy mix and output to ensure a balance between power demand and supply.

German utilities no longer control energy supply (and energy prices). Renewable energy drives down peak electricity demand and now supplies anything from 30% to 100% of German electricity needs. This has driven the fall in German power prices.

It may have angered ‘big energy’ but this has been seized on by the country’s big industrial/ technology companies. Bosch, Infineon, Siemens, VW, BMW and others, have become the leading edge of the new energy revolution.
Innovation and invention are at the core of the energy efficiency and ‘grid balancing’ mechanisms that tomorrow’s energy systems will revolve around.

Germany has grasped (before most others) that the ‘iPad generation’ will see smart technologies driving huge increases in energy capacity, on the back of huge reductions in power consumption. It will also deliver innovative ways of storing electricity as well as using it. This will define a completely different landscape of energy thinking. The game is being taken away from the power companies, and the power companies hate it.

A different economics
So, how does Britain get into the game? It is hard to find common ground between what passes for an energy debate in the UK and the deliberations that have been taking place elsewhere. What the UK defines as unaffordable, Germany sees as pivotal. What we count as a cost, the German’s recalculate as a gain. Where the Coalition produces ‘reforms’ that would lock Britain into an (increasingly unaffordable) past, Germany presses towards a more sustainable future.

In achieving a 40% carbon reduction target, by 2020, Germany expects to:

  • create 500,000 new jobs
  • save €22 billion in avoided fossil fuel import costs (rising to €38 billion by 2030)
  • boost GDP by €20 billion per year
  • make German national debt €180 billion lower (by 2030) than it would have been without their climate protection measures, and
  • deliver a surplus of 34 euro cents on every tonne of carbon saved.

It would be easy to conclude that the trouble with ‘those bloody Germans’ is that they are just bloody good. But then, we could be too.

In Germany, it began with a willingness to think beyond yesterday’s energy agenda and yesterday’s energy interests. Energiewende is based on a different understanding of tomorrow’s energy systems, their use and their ownership. This is where Britain must be too.

A step-change is needed in Britain’s energy thinking. Learning some of the lessons from Germany would be helpful. But what we really need is a different vision for a new energy future.

Extracted from The Power Book, published by the Local Government Information Unit, September 2012

Alan Simpson was Labour MP for Nottingham South from 1992 – 2010. After advising Ministers on renewable energy policy, he left Parliament to concentrate on energy and environment policies. He and his family live in an eco-house they converted in the middle of Nottingham. He is a net supplier of electricity to the grid.
For more information contact:

1Comments | Post your own comment

  • AmberGreen Heating comments:
    "The UK can definitely learn from Germany when it comes to embracing renewable energy. The problem with the UK is that there are government incentives for those who use renewable energy but they aren’t widely known by the public. "
    January 13, 2014 a 3:09 pm


Lets Get Energized says:
This Weekend’s Sturminster Newton Renewable Energy Exhibition & Forum – 16th February 2013

Category: Biomass Energy, Energy Events in Dorset, Green Deal

We just want to remind you of the Renewable Energy Exhibition THIS weekend, which has been planned to show off the latest technology from established local sources who will be on hand to advise and enthuse local people with the opportunities that exist for installing the right kind of equipment for your needs to save money, stay warmer, and help our countries’ CO2 emission targets for future generation

Sturminster Newton Renewable Energy Exhibition & Forum
Date: 16th February 2013
Timing: 9.30am – 1.30pm
Venue: Bow Room at the Exchange, Sturminster Newton, Dorset

FREE Admission!

Exhibitors include:

  • Ace Energy Solar
  • Bioheat Gillingham Wood Burning Energy
  • Carelec LED lighting and Edmundsons the Electrical Wholesalers
  • DEAC with SAIL (Safe and Independent Living) Bus
  • Dorset Energized
  • Energize Stur Valley Local Energy Group
  • FJ Chalke with the Nissan LEAF 100% Electric Car
  • Green Deal
  • NDDC Planning Representative from the local planning committee
  • Tim Purbrick Specialist in major solar farm projects

As proud supporters of Dorset Energized, FJ Chalke Wincanton will be on hand to give people the opportunity to test drive and have a chat about the 100% Electric Nissan LEAF – so if you would like a FREE test drive please remember to bring your driving licence!

Dorset Energized partners DEAC (Dorset Energy Advice Centre) will be demonstrating how to help people out of fuel poverty. They are also excited to be attending with the SAIL (Safe and Independent Living) Bus which offers lots of information about saving energy and space, where you can sit down and chat about energy efficiency and renewable energy concerns, or about changes in funding and the new opportunities with the Green Deal and ECO.

The Forum area is planning to stimulate discussion about the North Dorset District energy needs and how we can develop renewables to meet them. We believe that visitors will be mainly interested in how the Council plans to encourage renewable energy generation and the type of equipment and plant that they are likely to install.

Presentations by guest speakers will focus on wood heat, solar thermal and how the RHI may change later this year. Concerns about cost, the size of equipment and specific fuel requirements will be addressed during the Forum.

Admission is FREE and the Exchange has an excellent Cafe where refreshments will be available throughout the morning.

So come along, browse the stands and join the Forum for items that particularly interest you.

Please also ‘like’ and share this post to invite others to get… Dorset Energized!

1Comments | Post your own comment

  • Bioheat Gillingham comments:
    "We wish to say a big thank-you to Dorset Energize for organizing such an informative and interesting exhibition today.
    The forum provided some stimulating discussions and the guest speakers gave us a great insight into their fields of expertise. It was good to meet so many people with a passion for renewable energy.
    We look forward to the next event. "

    February 16, 2013 a 7:33 pm


Anna Celeste Watson says:
Happy 2013! Time to Join to the Renewable Energy Revolution

Category: Biomass Energy, Combined Heat & Power, Dorset Energized News, Energy Efficiency, Heat Pumps, Renewable Energy, Renewable Heat Energy, Sustainable Living

Myself and everyone at Dorset Energized would like to say: Very Happy New Year!

Join the Green Energy Revolution
After all the Christmas festivities, and dare I say with the current economic climate, at this time of year we all need to tighten our belts, keep warm, oh yes, and make those new year resolutions! So here’s a simple idea for you that could snowball into a green energy revolution…

Whether you are an individual, household, business or part of a community, take 1 step TODAY to:

1) invest in renewable energy
2) reduce your energy demand by becoming more energy efficient and sustainable

Like many people, money is very tight for me at the moment and I am not a homeowner myself so cannot invest in most renewable energy technologies, but I do care deeply about the Earth, and all the people and animals who live here, so I want to play my part. Every individual can make a difference. You can choose to ignore the fact that we all need to save energy and invest in renewables, or pretend your actions don’t count, or you can choose to take positive action – however small – and you never know you may even save some money, right now!

That’s why I took my first step and switched my energy supply to Good Energy last August, and they are now offering you £50 off your first bill when you switch just by quoting ‘Dorset Energized’ – find out more here:

Here’s some more options for keeping warm, and saving energy and money this Winter:

Wood Energy
Why not take advantage of the new year sales to check out your local heat energy showrooms to choose a more energy efficient woodburning stove (often referred to as Biomass Boliers). Wood stoves are becoming an increasingly popular choice not just for providing a focal point to a room, allowing you to gaze into the flames, but also for providing cheap hot water for central heating and domestic hot water for the whole home. Plus don’t miss out on getting £950 back in the form of a voucher when you install a Biomass Boiler, with The Renewable Heat Premium.
For more information go to:

Heat Pumps
Take advantage of The Renewable Heat Premium until March 2013, with a money-back scheme to get either a £850 voucher when you install an Air Source Heat Pump, or £1,250 for a Ground Source or Water Source Heat Pump. Heat pumps extract the warmth from solar energy which is stored in the ground, water courses and in the air. The systems use electricity to drive a pump which extracts the warmth and upgrades it into useful heat. Fridges are heat pumps and work by the same principal but in reverse, moving heat from inside the fridge to outside, thus cooling the inside.
For more information go to:

Combined Heat & Power
Combined Heat and Power (CHP) is a technology that can replace your standard boiler for your heating system, but also integrates the production of electricity, in one single, highly efficient process making it a low carbon technology. A domestic CHP unit can reduce yearly fuel bills by up to £600 and cut household carbon emissions by up to 40%.
For more information go to:

Our Hopes for 2013
In 2013 we hope to develop the Dorset Energized website and inspire even more people to connect with renewable energy and reduce their energy demand. We want to recommend even more friendly and trusted local experts in renewable energy. And we want to bring you even more fantastic energy and money saving offers to help you take the next step to becoming part of the green energy revolution!

We also want this to be YOUR website – so please do send us your comments for taking positive action on energy via our blog, and we want to hear YOUR stories on your experiences with renewable energy, saving energy, and sustainable living – to help inspire others.

So here’s to a fabulous 2013 and the green energy revolution!


Anna Celeste Watson says:
EvoEnergy’s Interactive UK Energy Consumption Guide

Category: Biomass Energy, Climate Change, Fuel Poverty & Security, Renewable Energy
Tags: , , , , ,

I have stumbled across this fantastic website and wanted to share it with you!

A green electricity company called EvoEnergy have produced an interactive site (designed by Epiphany Search) to show how energy in the UK has changed over the last 40 years.

In 1980 when I was just a baby, Solid Fuel accounted for 36% and Petrol 37% for primary energy consumed, with Gas 22% and Electricity making up just 5%. After 30 years as of 2010 Gas use alone has nearly doubled and has risen up to a staggering 43%. Good news is that Petrol has reduced slightly to 32% and we now use Biomass as a renewable energy but that currently accounts for only a pathetic 3%.

It is very interesting to see the changes over the years (decade by decade) but we have a LOT more work to do – by 2020 I hope we’ll see a major increase in electricity specifically generated by renewable energy sources (including Wood Energy (Biomass), Solar Energy and Wind Power) with very little reliance (if any!) on petrol and gas. I guess the only way that will happen though is for us, the people – yes that includes me, you and your family – to make changes today and start investing in renewable energy for our future. At least to stop using petrol we now have supercool electric cars like the Nissan LEAF (not quite the personal ‘hoverpacks’ my Dad wants to be able to fly around with, but we’re getting nearer!). And of course if you do just 1 thing, you can simply switch to a green energy supplier such as Good Energy and be more energy efficient by using less energy in your home – to save energy, save money and feel more secure.

Have a play around on The Interactive UK Energy Consumption Guide for yourself at:

1Comments | Post your own comment

  • Theresa comments:
    "The Evoenergy interactive guide is great. It would be lovely to have something similar that could represent personal energy use so that people could model making changes to see what the impact would be.
    I just wanted to add another suggestion for saving energy, which is to buy less stuff. Have a look at to see the story of stuff movie. It only takes 20 mins but it’s 20 mins of a roller coaster ride through the recent rise of consumerism – you will never look at a shop window in the same way again …:) "

    November 17, 2012 a 1:14 pm

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