Eating or heating: tackling fuel poverty in the UK

nastural gas flame

It is a complete scandal that people die because they can’t afford to heat their homes. ‘I, Daniel Blake’ shows the tragic circumstances and daily dilemma of ‘heating or eating’ faced by many thousands of people in Britain today.”

Those were the words of I, Daniel Blake lead actor Dave Johns as he backed a report published in November 2016 by the charity National Energy Action. The report, which looked at the health problems related to fuel poverty, claimed that a child born today may never see fuel poverty eradicated from the UK unless more assistance is given struggling families.

Identifying the “fuel poor”

In England, according to the most recent official government statistics, more than 2.3 million (10%) households are living in fuel poverty. Leeds, Birmingham, Manchester, Liverpool and Cornwall are among the places worst affected. At risk groups include single parent households with dependent children, rural households, and those living in the private rented sector. Research also highlights that those customers who use prepay meters, which include a large proportion of the most vulnerable customers, are more likely to be “fuel poor” as they do not have the flexible tariff options and reduced rate deals which are offered to customers who pay via direct debit.

The picture is not much better elsewhere in the UK. A report produced by the Scottish Fuel Poverty Strategic Working Group estimated that there are currently over 800,000 households (35%) living in fuel poverty, with levels as high as 50% in rural areas. Meanwhile, in Wales the latest estimates suggest that 23% of households are currently living in fuel poverty.

heater gauge

Tackling the causes of fuel poverty

Not being able to afford to heat your home, or having to choose between eating or heating is the stark choice many families in the UK are being forced to make, however it is clear that fuel poverty stems from a number of different factors, including the cost of fuel, the price of energy, and rising energy consumption habits.

The latest Scottish Government strategy on tackling fuel poverty suggests that four drivers of fuel poverty need to be tackled before fuel poverty can be eradicated. These are:

  • Raising incomes  8 out of 10 households (in Scotland) in income poverty are also fuel poor.
  • Making energy costs affordable  in many cases the cost of fuel is rising faster than household incomes.
  • Improving energy performance in housing  people living in a home with low energy performance are 3.5 times as likely to be suffering from fuel poverty as those in a home with high energy performance.
  • Changing habits of energy use  adopting energy-saving behaviours can make a significant difference to fuel bills by reducing overall demand. There is also a need to better understand and increase use of “green energy”.

But what about energy suppliers?

In December 2016, a report from Turn2Us suggested  that two million households suffer from fuel poverty. Subsequently, the “big six” energy suppliers met at Westminster to discuss what they could do to help tackle fuel poverty. At the moment, there is no legal requirement for energy companies to take action to reduce fuel poverty. However, they are coming under increasing pressure to help tackle fuel poverty, by reflecting some of their profit margins in the rates they give to customers. The idea of automatically putting vulnerable or “at risk” customers onto the lowest fuel tariff was discussed. However the bulk of the discussion, according to reports, concentrated on how to increase awareness of existing options, including the government-led Warm Home Discount, individual support grants, the Cold Weather Payment, and practical support from suppliers themselves.warm fire

Practical strategies to tackle fuel poverty

A number of schemes have been developed to try to help tackle fuel poverty, with national roll outs being supplemented by more localised programmes often funded by local authorities or charities.

In November 2016 the Scottish Government pledged an extra £10m to be spent on tackling fuel poverty. £9m was allocated for councils and housing associations to make it easier for tenants to heat their homes. A further £1m is to be made available to provide interest free loans to help people make their homes more energy efficient.

Other schemes have also been introduced by local authorities to try and tackle fuel poverty, including Ready to Switch? Launched in November 2012, Peterborough City Council’s collective switching scheme uses the combined buying power of residents and businesses within the community to negotiate cheaper prices with energy companies. According to figures from Peterborough Council, to date, hundreds of households have switched to save on gas and electricity, with some reducing annual bills by nearly £150.

Boilers on prescription (BoP) is a new funding stream which is being tested in a number of local authority areas, including Sunderland. The fund is managed through NHS Clinical Commissioning Groups, and householders at risk of cold related illnesses are referred for heating upgrades via health professionals. One of the main ideas behind BoP is to reduce a resident’s need for NHS interventions by improving their thermal comfort at home. It is hoped that a warmer, healthier home could reduce the number of GP appointments or emergency admissions.

Energie

 

Altering the design of new homes and subsidising the retrofitting of older ones is also a key policy strategy for tackling fuel poverty. Providing homes which are designed or adapted to be energy efficient through improved insulation, the installation of solar panels or using appropriate lighting or heating systems will allow the government not only to reduce fuel poverty in the present, but should also reduce the likelihood of more people falling into fuel poverty in the future. Reducing the demand for energy by creating homes which use less of it may also help to drive down the cost of energy, resulting in even bigger savings. However, it is not just the responsibility of individual homeowners to carry out these improvements. Local authorities, housing associations and private landlords also need to (and have in many instances) recognise the vital role they play, particularly in relation to more vulnerable customers who are at increased risk of falling into fuel poverty. Retrofitting has been increasingly popular in other parts of Europe, as these case study examples show.

The issue of fuel poverty in the UK does not appear to be going anywhere fast. Despite the attempts of governments across the UK to reduce the figure, in many areas the number of people falling into fuel poverty continues to rise. While there are individual areas of good practice aiming to help some of the UK’s most vulnerable families to heat their homes, it is clear that a wider commitment to combat the underlying causes of fuel poverty is needed, along with a recognition that there is a responsibility across the board to provide help and information to families suffering as a result of fuel poverty.


If you found this article interesting, you may also like to read our blog on the Dutch Energiesprong model and our research briefing on retrofitting (member access only).

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The Aktivhaus: is this the future of sustainable living?

DEU, Stuttgart, Dokumentation Aufbau Pavillon Wei§enhofsiedlung, Werner Sobek Design GmbH , Fertigstellung: 2014 , DIGITAL 100 MB 8 Bit. - ©Zooey Braun; Veroeffentlichung nur gegen Honorar, Urhebervermerk und Beleg / permission required for reproduction, mention of copyright, complimentary copy, FUER WERBENUTZUNG RUECKSPRACHE ERFORDERLICH!/ PERMISSION REQUIRED FOR ADVERTISING!

Photo reproduced with permission of Werner Sobek Design GmbH , Fertigstellung: ©Zooey Braun

By James Carson

Earlier this year, we looked at a style of building known as Passivhaus, which is playing an important role in creating energy-efficient homes. Now, another concept – the Aktivhaus – is taking this approach even further, graduating from energy-saving to energy-generating homes.

The Aktivhaus concept

Like Passivhaus, the Aktivhaus has its origins in Germany. Stuttgart-based architect Werner Sobek defines Aktivhaus buildings as those which:

  • offset their annual total energy consumption in a sustainable manner;
  • anticipate and react accordingly to relevant changes both inside and outside the house;
  • continuously measure and optimise all energy streams.

Sobek’s idea has been realised in the form of a building called B10. This prototype Aktivhaus – prefabricated offsite and assembled in a single day – is located at the Weissenhof settlement in Stuttgart. It’s an appropriate site for applying a revolutionary concept – in 1927 the Weissenhof estate hosted a housing exhibition that included designs by leading lights in modern architecture, such as Le Corbusier and Ludwig Mies van der Rohe.

The Aktivhaus enacted

On the face of it, B10 is an 85 square-metre box with a full-length window. But its sophisticated design means the Aktivhaus can generate twice as much electric power from sustainable energy sources as it consumes. This means it can not only satisfy its own electricity needs, but can also power two electric cars and a neighbouring house built by Le Corbusier for the 1927 exhibition.

The ‘active’ element in the Aktivhaus is a mini computer, connected to the internet, that monitors weather forecasts and enables the house to respond accordingly, with different rooms heated or cooled at different times of the day. Other elements include a highly efficient heating system, web app-operated functions to control lighting and window blinds, and 17mm thick vacuum glazing whose three layers keep heat in and draughts out.

Werner Sobek believes that the Aktivhaus concept is not only applicable to new homes. “Our system is very helpful for old buildings,” he told the New York Times.

Some might feel it best to leave the imperfections as they are and not invest in major energy improvements and instead rely on the surplus energy from a ‘sister house,’ but the system can also help you decide to make modest changes to the windows or to improve the boiler.”

DEU, Stuttgart, Musterhaus Wei§enhofsiedlung, AWerner Sobek Design, Fertigstellung: 2014 , DIGITAL 100 MB 8 Bit. - ©Zooey Braun; Veroeffentlichung nur gegen Honorar, Urhebervermerk und Beleg / permission required for reproduction, mention of copyright, complimentary copy, FUER WERBENUTZUNG RUECKSPRACHE ERFORDERLICH!/ PERMISSION REQUIRED FOR ADVERTISING!

Photo reproduced with permission of Werner Sobek Design, Fertigstellung: 2014: ©Zooey Braun

Over three years, researchers will study B10’s performance as a real-life residence. The building can later be dismantled and reassembled elsewhere, and when it reaches the end of its life almost all parts of the Aktivhaus have been designed to be recycled.

With construction costs of €100,000 and the technology inside priced at a further €600,000, the Aktivhaus is hardly an affordable housing option. But eventual scaling up of production could drive those costs down.

In the meantime, the ideas coming out of the Aktivhaus project may influence those looking for ways to tackle the ongoing issues of housing shortages, climate change and fuel poverty.


The Idox Information Service can give you access to a wealth of further information on energy-efficient housing; to find out more on how to become a member, contact us.

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Further reading*

PassivHaus … a home for all seasons?

Thermal vision (energy-efficient retrofit for social housing block)

Warmer outlook (energy efficient housing)

Building sustainable homes

Footprint: three Passivhaus projects

Building the future: the economic and fiscal impacts of making homes efficient

*Some resources may only be available to members of the Idox Information Service