
The Mobility House launches Cascade to aggregate EVs as distributed grid assets
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Report: Managed EV Charging Can Significantly Expand Distribution Capacity and Cut Costs
A Brattle-analysed modelling study and accompanying field trial for EnergyHub show that centrally coordinated EV charging can sharply reduce coincident demand and materially increase local hosting capacity, enabling utilities to serve many more vehicles on the same infrastructure while deferring upgrades. Commercial aggregation platforms and bidirectional-capable deployments are starting to bridge this technical capability to real-world procurement and monetization, but interoperability, customer availability, and regulatory compensation will determine realized value.
Distributed energy offers a pragmatic path out of the global power shortfall
A widening gap between electricity supply and demand means centralized builds alone will be too slow and expensive; small-scale, networked generation and storage—deployed as mini-grids, rooftop solar-plus-batteries and aggregated behind-the-meter systems—can cut outages and expand access quickly if paired with clearer rules and finance tailored to smaller projects. Policymakers should prioritize valuing fast, distributed flexibility and align permitting, tariffs and aggregation rights so modular deployments relieve constrained assets without creating new system risks.


