New Revenue Streams
DES dynamically allocates flexible capacity across all balancing and wholesale markets—based on price signals, asset constraints, and grid needs. The AI optimises bids to maximize value from every kilowatt, every hour.
Some of our trusted clients
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Elisa DES for C&I, Telco and Home
DES is a vendor and segment agnostic software, capable of optimizing flexible assets from batteries to thermal storage.
DES C&I
DES enables commercial and industrial (C&I) companies to unlock new value from their energy infrastructure.
By turning batteries, e-boilers, and other thermal storage assets into revenue-generating resources, DES helps businesses—from factories and warehouses to utilities and data centers—maximize their energy investments through AI-powered automation.
DES Telco
Telecom operators manage mission-critical infrastructure where reliability and resilience are required.. Traditionally, base station batteries have been passive backup systems. With DES, they become active participants in the energy ecosystem.
DES transforms telecom sites into a Virtual Power Plant, enabling operators to reduce electricity costs, extend resilience, and earn new revenue by supporting national grids.
DES Home
DES brings the power of smart energy to households. By automatically managing home batteries, Gridle stores affordable, renewable electricity when it’s plentiful and uses it when prices peak, helping households save money and earn from their energy. All while delivering peace of mind through seamless, intelligent control. Thanks to trusted corporate partnerships, customers enjoy a complete, worry-free solution with flexible monthly installment options
Manual optimization is no longer an option
DES AI Maximizes Value
Electricity markets are too dynamic and complex for manual optimization. DES AI continuously ingests real-time data from markets, weather, batteries, and grid signals. It forecasts prices and flexibility, then uses optimization algorithms and reinforcement learning to allocate capacity across markets like FCR-D, aFRR, and day-ahead. It dispatches control signals, adapts to deviations, and learns from outcomes.
The system operates across time scales: over years, it adjusts usage to extend asset life; over months, it detects maintenance needs; over days and hours, it allocates and adjusts market participation; and every minute, it prioritizes which assets to activate. Charging is managed to avoid deep cycling and preserve battery health.