Demand Side Response

Demand-side response (DSR) is a key growth market in the UK which helps businesses become smarter and maximise additional revenue from existing infrastructure. DSR increases grid reliability by smoothing out supply from renewable energy suppliers connected to the grid.

If you are on a half-hourly or pass-through contract and your business has the ability to modify your electricity demand in response to market signals, then we can advise you on the best solutions to make the most of your electricity use. Through efficient balancing and spotting opportunities in your consumption patterns, your business can significantly reduce costs, reduce carbon emissions and generate additional revenue.
“As we stand at a critical crossroads, National Grid believe that DSR has a vital role to play” Cordi O’Hara, Director of National Grid

How does it work?

Turn down electricity use
Change when you use electricity
Turn on or increase production of on-site generation

Benefits for your business:

Generate new revenue
✔ DSR can maximise additional savings and revenue from existing infrastructure
✔ More control over energy spend
Flexibility for your business
✔ Future proofing
Positive environmental impact
✔ Improve corporate social responsibility
✔ You’re reducing the need for traditional power plants
✔ Increase in renewables
Efficient use of capital
✔ Little investment is required from your side

How can we help?

We can provide your business with the knowledge and support as to the different types of DSR schemes available and how they can be implemented to optimise your business energy use.

Our DSR services include:

Capacity Market
Speak to our energy specialists which can advise you on the available DSR schemes and the implementation process.

Let’s talk

We’re here to assist your business with their energy needs

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About Us

about us
We are a London-based energy consultancy with over 19 years’ experience. We work with hundreds of businesses over the UK to reduce their energy costs, consumption and improve their overall efficiency.

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