The United Kingdom has been rapidly increasing its deployment of new renewable energy capacity in recent years, to the point that it now has some to spare during peak production hours. While the U.K. gradually increases its battery storage, the government is encouraging consumers to use more electricity during certain times of the day to help shift reliance away from fossil fuels to green alternatives.
Consumers are being asked by the government to use high-consumption appliances, such as dishwashers and washing machines, as well as electric vehicle (EV) chargers, during peak renewable energy production hours this summer, when more solar and wind power is being delivered to the grid. Energy suppliers will support the government’s efforts by offering free or discounted electricity during certain hours of the day when there is a surplus of electricity. The scheme is also expected to be extended to businesses and manufacturers.
The scheme expands upon the many initiatives already in place, with energy providers already offering over 2 million households the chance to pay lower electricity rates during off-peak times, to reduce the burden on the grid. However, it is the first time that a scheme will be rolled out to manage the surplus of clean electricity.
Read the full article at OilPrice.com
This piece identifies a genuine challenge in the energy transition: adding more low-carbon generation is only part of the job. The harder and more important task is making sure the grid can absorb, move, store, and price that electricity efficiently and reliably. It is encouraging to see greater attention to demand flexibility and consumer incentives, but the broader lesson is that generation alone does not equal resilience. Real progress depends on the less glamorous work of expanding transmission, improving market design, and building systems that can handle abundance without congestion, curtailment, or higher costs.
The views and opinions expressed are those of the author’s and do not necessarily reflect the official policy or position of C3.