Energy Storage

A report by the Brattle Group for Nevada regulators suggests that by 2030 – depending on pricing – 700 to 1,000 MW / 2.8 to 4 GWh worth of energy storage could be cost-effectively deployed statewide.

A new report by Wood Mackenzie finds a surprising amount of potential demand flexibility in U.S. homes, which can make the job of integrating more solar and wind easier.

While revenues have doubled year on year, Leclanché says its EBITDA is suffering from high operational expenses and one-off payments. However, the goal to post a positive EBITDA by 2020 is on track, it adds.

The technology is said to use blockchain’s properties of providing secure real-time and fully transparent data. The company says that ensuring renewable energy certificates is becoming increasingly important. This is the first step towards a more comprehensive platform that seeks to cover renewable energy assets from other energy companies as well.

DNV GL has issued its annual Energy Transition Outlook. It reports that global electricity demand is set to grow by a factor of 2.5. Over half of this demand is expected to be met with renewable energy by 2050, while storage will play a key role. It adds that grid infrastructure expenditures are less related to variable renewable energy assets than to increasing energy demand. In the current scenario, meanwhile, global warming is likely to reach 2.6°C.

German suppliers may still play a central role in providing residential storage systems, however the increasing number of Asian manufacturers on the European market is undeniable. Particularly in the U.K. and Italy, they have captured the lion’s share of sales.

Labour this morning unveiled plans for an energy system free of greenhouse gas emissions by 2050, but it is unclear what proportion of the party’s “clean energy” mix would be met by nuclear.

The two companies have installed systems in Kenya and the Democratic Republic of Congo to provide a cheap, secure energy supply. BloombergNEF has predicted the market for off-grid solar will grow considerably as it can meet the needs for universal energy supply at a cost competitive price.

The state government is proposing a range of incentives and mandates to drive PV and solar thermal installations to almost 9 GW within four years. Under the proposed policy, 10% of the public fleet would be replaced by electric vehicles.

More than 100 free storage systems will given to residential and commercial users to maximize utilization rates of storage systems while reducing costs for grid operators. The algorithms behind the technology would improve the supply situation and shave peak demand.