AOE Part II: DERs and Local Resilience

Rooftop solar, battery storage, electric vehicles, and energy management devices are all examples of DERs – numerous pockets of energy spread throughout the grid rather than concentrated in a single spot. Unlike centralized sources of power, DERs can make the grid flexible and enable control of both electricity supply and demand in real-time. Howev... See more

In large, populous nations, the complete reliance on these renewables would require what we are still missing: either mass-scale, long-term (days to weeks) electricity storage that would back up intermittent electricity generation, or extensive grids of high-voltage lines to transmit electricity across time zones and from sunny and windy regions to

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Importantly, DER deployment is rapidly increasing – according to Wood Mackenzie’s second annual U.S. DER Outlook, we’re expected to reach 253 GW of DER capacity and demand flexibility potential by 2026. The sheer mass of behind-the-meter renewable energy coming online will fundamentally alter the nature of our electricity supply.

With the right mechanisms in place, DERs will create a flexible grid by helping supply meet demand in a dynamic system. This represents a very exciting opportunity for electrification, with several software companies already developing solutions to make electricity demand digital and efficient.