Register your charging infrastructure as a flexibility resource, participate in demand response programmes, and earn revenue from grid services.
Grid operators pay charging network operators to flex their load on demand. But to participate, you need to register your assets, receive demand-response signals, respond automatically, and prove compliance. Without the right tools, this revenue stream is completely inaccessible.
CPOs with large charging sites, fleet operators, and any operator wanting to participate in demand response programmes.
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Set maximum power limits per location. OASIS HUB distributes available power across all active chargers automatically.
Model complex sites with parent-child circuit relationships. Manage power budgets across buildings, floors, and charger groups.
When all chargers are occupied, drivers join a smart queue. Configurable priority rules: first-come-first-served, subscription tier, or fleet priority.
Receive flexibility requests from grid operators and aggregators. Accept or reject bids, set your price, and track accepted bids and revenue.
Track flexibility revenue by event, by location, and by period. See your total earnings from grid services in real time.
Electricity Maps integration provides real-time grid carbon intensity. Shift charging to low-carbon periods automatically.
How operators around the world can use this extension to solve real problems and grow their business.
A shopping centre with 24 EV chargers registered their charging infrastructure as a flexibility resource with a local aggregator. Over 3 months, they responded to 18 demand-response events, each earning 40-120 EUR. Monthly flexibility revenue averaged 1,240 EUR - enough to cover the electricity cost of all EV charging at the site.
Talk to our team and see this extension in action with a personalised demo.
From baseline calculation to performance measurement and settlement — every step of a flexibility event is managed and auditable.
Calculate the event baseline as the average of the highest X consumption readings out of the last Y comparable days — the industry-standard method used by grid operators.
Apply a ±20% cap adjustment to the baseline based on pre-event actual vs pre-event baseline — so unusual pre-event demand doesn't unfairly skew the measurement.
Measure delivered kWh as the difference between baseline and actual consumption during the event window. Upward and downward flexibility both tracked with correct sign.
Settlement includes: availability payment (committed kW × hours × rate), performance payment (delivered kWh × energy rate), and a performance ratio bonus/penalty for under/over-delivery.