One of the greatest achievements of the past century has been the democratisation of comfort and mobility – to the extent that here in the UK we now treat them as something that we enjoy by right, like education and healthcare.
Underpinning all this has been cheap, reliable and plentiful energy. Our energy works.
Global warming confronts us with the need to change the sources of energy we use – and how we use them. More recently other trends have added to the push for change:
- Growth of the digital economy
- Desire of communities to take more control of their energy
- Emergence of local energy generating technologies
Managing this without compromising the reliability and affordability that we have come to depend on is a massive challenge, and a massive opportunity.
We have been primarily focussed on how we replace fossil fuels with lower carbon alternatives – which isn’t straightforward.
Even though wind and solar are becoming much cheaper, they are intermittent (they only work when the wind blows and the sun shines, which isn’t necessarily when it suits us), while big nuclear projects are proving challenging to finance.
Replacing natural gas in heating, and oil in transport, adds another layer of complexity – and yet if we are to meet our 2050 carbon targets we will need to do this.
Traditional energy use has been segregated
We have traditionally used energy in a fairly segregated fashion. Energy would be produced at central points – power stations, refineries, gas terminals – and distributed to consumers – ie
- Electricity to keep the lights on
- Gas to keep us warm
- Oil to keep us moving
An elegant, vertically integrated array of discrete systems has grown around each of these “vectors”
- Market structures
- Regulations, and
- Operational expertise
Different “vectors” are now becoming intertwined
We now face the prospect of the “vectors” becoming intertwined and interdependent – as we use electricity for cars, or heat, for example.
Further, we can now generate electricity locally – down to an individual rooftop. We can use the surplus heat from a hospital boiler to provide warmth to a neighbourhood.
Local energy networks
This opens the possibility of local energy networks, and possibly local energy markets, developing/challenging the traditional, centralised, top-down structures that have managed and balanced our energy system in the past.
The whole energy system
The whole energy system – the physical, economic and institutional networks that connect the sources and uses of energy – is facing radical change.
Change can be difficult, but it also provides great opportunities for new ideas, new ways of working, new technologies, new markets and new skills.
Energy Systems Catapult
This is the backdrop for the Energy Systems Catapult. Our job is to help make sense of the transformation our energy system faces – eg; –
- Building investor confidence
- Supporting new technologies
- Enabling new markets
- Growing new companies
- Opening export opportunities..
While also making sure that we continue to enjoy affordable, reliable, and ever cleaner energy.
We will do this by building a picture of the whole system that people, whether policy makers or entrepreneurs, can use to make choices, and by developing the tools that innovators and market makers can use to experiment, test and scale up the new ways of operating that this energy revolution will need.
PHILIP NEW (left) is Chief Executive of Energy Catapult Systems, one of several such ‘catapults’ set up by the UK government to drive through innovation in energy. It reports to the Dept for Business, Innovation and Skills (BIS) but also liaises with the Dept for Energy (DECC).