𝓤𝓷𝓲𝓽𝓮𝓭 𝓝𝓮𝔀𝓼

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GridBeyond is a Business Reporter client

Distributed energy resources (DERs) across the UK and Ireland comprise substantial gigawatt-scale capacities embedded within local distribution networks. Battery storage systems sit alongside back-up generators, rooftop solar, EV charging infrastructure and flexible loads. But most of these assets continue to work independently, limiting their full potential.

Most DERs were installed to solve a single problem. Each asset was specified, procured and commissioned in isolation against a single use case – whether that was backup power, cost control or sustainability. As a result, many assets operate on fixed schedules or simple local triggers. The assets do not react to real-time energy market prices, respond to grid stress and every asset behaves as though it’s the only one that exists.

The sum can be more than the parts

The logic for stitching a number of DERs together is straightforward. A battery operating in isolation can only chase one revenue stream or cost saving at a time (peak shaving or backup readiness or a flexibility contract). But a single battery co-ordinated with on-site generation, EV charging load and demand flexibility becomes a flexible capacity position that can be shaped, in real time, around whichever opportunity is most valuable at that moment.

Instead of five assets independently doing five narrow jobs, the portfolio behaves as one co-ordinated capability that is capable of shifting between price arbitrage, grid balancing services, backup resilience and carbon reduction, second-by-second, without manual intervention and without one asset’s actions undermining another’s.

But no single asset, however sophisticated its internal energy management system (EMS), can achieve this on its own. It depends on a layer of optimisation that sits above the individual assets and make decisions on their collective behalf.

From isolated assets to an orchestrated portfolio

The technology layer that makes this possible sits between the physical assets and the markets, continuously reading conditions and directing asset behaviour. While this is often described as an EMS, in reality it’s an orchestration platform designed to close the gap between what a DER portfolio could earn and what it actually does.

Combining live market and grid data, automated cross-asset optimisation and direct routes into flexibility and balancing markets means that battery storage, generation, EV charging and demand flexibility work as one intelligent resource rather than a collection of unconnected assets. For businesses sitting on significant DER capacity the shift to an orchestrated portfolio can result in real value.

“Gigawatts of flexible assets are already out there sitting behind the meter, doing one job each,” says GridBeyond CCO Mark Davis. “The opportunity isn’t just building more distributed energy capacity, it’s connecting what already exists so it behaves as one intelligent, market-facing resource instead of a set of isolated assets. That’s the shift we help our customers make.”

Once individual assets sit under the orchestration platform, GridBeyond’s technology pulls them together, across a customer’s whole portfolio (and increasingly across multiple customers and sites) into one dispatchable resource (a virtual power plant or VPP).

This is where the approach delivers tangible operational and commercial benefits. A single site’s battery may not be large enough to participate in a capacity market or a frequency response scheme on its own. But by pooling it with hundreds of others inside a VPP it’s part of something big enough to bid into markets, answer grid dispatch calls and earn revenue, all while GridBeyond’s platform keeps every asset’s own limits firmly in view.

GridBeyond’s platform runs in real time, constantly optimising how assets answer which signals based on live prices, grid frequency and site and asset headroom. It has generated new revenue out of assets, that, until now, had one job. The platform handles bidding into markets, reacting to dispatch signals and tracking performance while respecting whatever matters most on-site – whether that’s keeping production running, protecting equipment or hitting a sustainability target. The result is new revenue layered on top of assets that used to be regarded as pure cost.

As intermittent generation accelerates, flexibility is going to keep getting more valuable. Businesses that leave their distributed assets disconnected will risk missing opportunities to improve both operational performance and commercial returns. The ones that plug in through something like GridBeyond’s EMS and VPP turn every battery, generator and flexible load into an active player in the energy transition: earning money, supporting the grid and accelerating the transition to Net Zero.

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