2015 Annual Review

What we did in 2015 to accelerate the development of low carbon technologies

Developing Technology

27 project contracts were signed in 2015, major projects launched include:

Bioenergy


Researching the land available for biomass feedstock production and the effects of pre-processing those feedstocks.

Read more

Gas Well to Motion


Development of a software model to calculate the potential for natural gas as a HDV fuel by calculating the greenhouse gas emissions of natural gas powered vehicles.

Read more

Strategic UK CCS Storage Appraisal


Contracted by the Department of Energy & Climate Change to appraise CO2 storage potential in UK waters.

Read more

Land Based HDV Demonstration Vehicle


Caterpillar contracted to build a 25 tonne off-road quarry truck to test new fuel efficiency technologies in HDV vehicles.

Read more

Smart Systems and Heat


The new Energy Systems Catapult took on the delivery of our Smart Systems and Heat programme as its first major project to ensure demonstration of low carbon heat technologies continues post the end of the ETI’s 10 year partnership model.

Read more

Consumer, Vehicle and Energy Integration


A £5m project to better understand the integration of energy supply and transport requirements to encourage a wider adoption of plug-in vehicles in the UK.

Read more

Home Energy Management System


A £5m project to design a next generation consumer-orientated system to inform and enhance people’s heat experiences.

Read more

EnergyPath Networks


Began testing with Newcastle City Council a local area energy strategy design capability for local authorities.

Read more

Demonstrating
Technology

2 major contracts closed in the year - but their legacy lives on.

Very long blades

Blade Dynamics a UK SME we have supported to develop innovative technology to build offshore wind turbine blades in excess of 100 metres was bought by one of the world’s largest manufacturing companies GE – who will now take forward the testing and bringing to market of this new technology design.

Find out more

ReDAPT

The testing of a new 1MW buoyant tidal generator, the findings of which have heavily influenced the rewriting of industry specifications for tidal turbine design.

Find out more

Strategic Analysis
& Planning

13 insight reports issued - highlighting how the UK can afford a 35 year transition to a low carbon economy.

Key messages

The next 10 years are important to develop, demonstrate and deploy complementary technologies ahead of important decisions about the UK’s energy infrastructure in the mid‑2020s.

Read the report
Innovation

Innovation

Successful innovation in low carbon energy requires – new technology capabilities, new markets, new business models and supportive legislation.

Read the report

Carbon capture & storage

Any failure to deploy carbon capture and storage entirely implies a doubling of the cost of carbon abatement from 1 – 2% of GDP.

Read the report

Bioenergy

Bioenergy could provide 10% of UK energy needs by 2050 improving energy security and creating economic opportunities – using sustainable biomass as an energy source can reduce the cost of meeting the UK’s 2050 carbon targets by more than 1% of GDP.

Read the report

Heat

There are two principal pathways for decarbonising domestic heat – individual home systems using electric heat and heat networks for local areas – but people are diverse and want different things from their heating so the same solution will not suit everyone.

Read the report

Nuclear energy

Small Modular Nuclear Reactors can fulfil an additional role in a UK low carbon energy system by delivering combined heat and power – contributing to the decarbonisation of energy use in buildings.

Read the report

Floating wind technology

Floating wind technology demonstrates a clear and credible trajectory to delivering commercial offshore wind farms.

Read the report

Tidal stream energy

Tidal stream energy has the potential to compete with other low carbon sources in the coming decade.

Read the report

Wave industry

The wave industry needs a radical rethink to reconsider extraction and conversion for lower cost solutions.

Read the report

Hydrogen storage

Using salt caverns to store hydrogen for use in power generation reduces the investment required to build a new clean power station capacity.

Read the report

What should the UK focus on in 2016 and beyond to move to a low carbon energy system affordably?

2016 & Beyond

The technology and system level priorities are:

Be the first to find out what we discover in 2016

Join our newsletter for regular updates.