4 New Bills in California Encourage Energy Storage Deployment

California accelerates energy storage deployment with new legislation

Energy Storage News, September 28, 2016

California state legislature and governor Jerry Brown have signed into law four key new energy bills that are set to accelerate energy storage deployment in the Golden State.

Bill AB 1637 follows up on the previous victory that storage experienced with recent Self Generation Incentive Programme (SGIP) reforms. The bill now increases programme funding by US$249 million, closely after the California Public Utilities Commission (PUC) decided to provide US$83 million annually until 2019 for behind-the-meter technologies, with 75% of that diverted to storage specifically. The new bill is additional validation that energy storage is strong player when it comes to GHG reduction.

Bill AB2868 targets the state’s three investor owned utilities (IOUs) by making it mandatory for them to file applications for new programmes and investments of up to 500MW; completely separate from the existing 1.3GW renewable energy procurement goal established in 2013. This bill should therefore accelerate the deployment of distributed energy storage in California.

In a similar vein, Bill AB 2861 tackles regulatory speed bumps by authorising the PUC to create an expedited dispute resolution process for behind-the-meter storage resources wishing to interconnect to an IOU’s distribution network. Often, regulatory red tape and undue procedure is half the problem, so this should create a more streamlined framework and reduce Rule 21 interconnection costs as well as shave time off the process.

Last but not least, bill AB 33 takes a closer look at long-duration energy storage; directing the PUC and California Energy Commission to analyse the potential for such technologies, in a bid to increase grid integration of renewables, as long-duration storage is often deployed for frequency regulation, load-shifting and other grid-balancing techniques. The bill ensures broader consideration of bulk energy storage, which is much desired as the role it can potentially play can be invaluable.

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