According to a 2021 McKinsey report, we’ll need more than 1.5 TW of long-duration storage by 2040 to maintain grid reliability.

Already in mid-April, August power prices for Dallas soared to $168.70 a megawatt-hour, which was the highest level in five years for this time of the year,

There is a growing political focus on the need to develop renewables, with countries agreeing at the COP28 climate summit in December to work towards tripling capacity to 11,000GW by 2030. 

Consumer involvement in distribution network operations will be beneficial for both consumers and Distribution Companies (DISCOMs).

There are many reasons the U.S. utility grid requires an estimated $2.5t upgrade by 2035, from crumbling infrastructures to keeping up with the increased demand of electrification efforts, all balanced against increasingly volatile weather events.

Production decreased 0.4% in March, led by drops in consumer and intermediate goods, and energy, the statistics office said Wednesday.

As digital technologies evolve, so too does their appetite for energy. This correlation is particularly evident in the realm of data centers, which are increasingly burdened by the demands of artificial intelligence (AI).

Even as China has dramatically ramped up wind and solar in recent years, its power demand, including from electric vehicles, continues to outpace new supply, creating an ever greater need for fossil fuels.

The transition would also require the electricity sector to invest between $8 – 80 trillion per year over the period in electricity storage facilities, depending on the ultimate cost of electricity storage infrastructure.

The nuclear energy future that is being proposed now – small, flexible reactors distributed everywhere for many uses besides electricity – will not reduce, but will add to the national security risks that are unique to nuclear energy. On top of this, cooperation among key states essential to minimize the safety, security and proliferation risks of nuclear energy is at an all-time low.

The transition to all-electric everything would require an increase in electric generation to approximately 13,000 TWH from a storage supported predominantly intermittent generation fleet of approximately 6,000 GW with a capacity factor of approximately 30%, depending on the mix of wind and solar in the generation fleet.

For 20 years, US electrical power policy has been dominated by efforts to try to “mitigate” global warming, believed to be caused by human greenhouse gas emissions.

The study will be developed as one of the deliverables under the Joint Declaration of Intent (JDoI) of the UK-Germany Hydrogen Partnership, signed on September 26, 2023, between the UK Department for Energy Security and Net Zero (DESNZ) and the German Federal Ministry for Economic Affairs and Climate Action (BMWK).

Iron-air batteries use rusting as their central technology. In an iron-air battery, iron, water and air are the components. The iron rusts to discharge power and the rusting is reversed to charge the battery.

The plan sets out how the UK is going to meet its strategy for cutting greenhouse gas emissions to net zero in order to achieve its own legally binding commitments to curb global warming.