Local flexibility markets mark the emergence of the new DSOs

The electricity system is in transition. Transmission connected, centralised synchronous generation is being displaced by multiple small installations of intermittent asynchronous generation connected at the distribution level. Advances in sub-transmission technology including as storage, smart homes, electric vehicles, DSR and others are challenging the traditional design of networks. Accommodating these changes though traditional DNO operations…

Read More

Changing regulatory landscape for electricity storage is not all good news

The last couple of months have seen some interesting newsflow in relation to electricity storage. Storage projects are increasingly popular, with developments occurring at every level of the system from grid-connected utility-scale projects to behind-the-meter domestic storage, and the Government together with Ofgem is keen to remove barriers to entry to allow storage assets to…

Read More

Building energy efficiency forecasts appear to be largely useless

Following on from my previous post on energy efficiency, I was very interested to read about a recent study by the University of Bath which shows a significant gap between the forecast energy efficiency of new buildings and their actual performance once in use. “A correlation analysis indicated little correlation between which variables were thought…

Read More

Solar spurs growth in turn-up DSR

The need for the new Turn-Up DSR service was clearly shown on Saturday 25 March when daytime electricity demand fell below overnight demand for the first time, due to high levels of solar PV generation. According to government data, there is currently over 7.3 GW operational solar PV installed in GB, with a further 446…

Read More

Turndown DSR should be a no-brainer, so what’s holding it back?

Turndown DSR is what most people think of when demand-side response is mentioned, ie reduction of demand by consumers in response to either price signals or instructions from the system operator. As it involves reduced consumption and moving consumption from periods of higher to lower demand, turndown DSR is both economically efficient and consistent with…

Read More