Site Energy Management

The Problem

Why does this extension exist?

Grid upgrades cost 50,000-500,000 EUR and take 2-5 years to approve. Most sites can serve far more EVs than they think - if they manage energy intelligently. Without site energy management, operators either over-provision (wasting money) or under-serve (turning away drivers).

The Solution

What you get

Dynamic power distribution: share available grid capacity across all active chargers in real time
Circuit-level power budgets: assign maximum power to groups of chargers, buildings, or phases
Solar and battery integration: include on-site generation and storage in the power budget
Demand charge management: reduce peak demand to lower your electricity tariff
Smart queue: when all chargers are at capacity, new drivers join a queue with estimated wait time
Load forecasting: predict site power demand based on historical patterns and scheduled sessions
Real-time dashboard: see exactly how much power each charger is using and how much headroom remains

🎯 Who is this for?

CPOs and fleet operators with constrained grid connections, sites with solar or battery storage, and any operator wanting to maximise charger utilisation without infrastructure investment.

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🔌 Modular by design

Enable or disable per tenant. Pay only for what you use. All marketplace integrate seamlessly.

Key Capabilities

Everything included

Dynamic Power Sharing

Available grid capacity is shared dynamically across all active chargers. When one car finishes, its power is instantly redistributed to others.

Circuit Budgets

Assign power budgets to circuit groups - by building, floor, or phase. Prevent any group from exceeding its allocation.

Solar and Battery

Include solar generation and battery storage in the site power budget. Charge more EVs when the sun is shining or battery is full.

Demand Management

Reduce peak demand to stay within your contracted capacity. Avoid demand charge penalties on your electricity bill.

Smart Queue

When site capacity is full, drivers join a smart queue. Estimated wait time displayed. Automatic notification when a charger becomes available.

Real-Time Dashboard

See live power consumption per charger, per circuit, and for the whole site. Headroom indicator shows available capacity at a glance.

Use Cases

See it in action

How operators around the world can use this extension to solve real problems and grow their business.

Office park doubles EV capacity without grid upgrade

An office park has a 200 kW grid connection and 20 chargers. Without site energy management, each charger gets 10 kW. With dynamic sharing, a car charging at 50 kW gets 50 kW, and the remaining 150 kW is shared among the other chargers. Effective capacity doubles.

Solar surplus boosts charging capacity

A factory with 150 kW solar panels integrates them into the site energy budget. When solar production is high, the available charging capacity increases from 100 kW (grid) to 250 kW (grid plus solar). 2.5x more EVs can charge simultaneously at peak solar.

Smart queue at busy shopping centre

A shopping centre with 10 chargers and 15 EVs waiting. Smart queue assigns priority: subscribers first, then first-come-first-served. Drivers get a notification when their charger is ready.

Simulated Case Study

Logistics depot serves 3x more EVs without grid upgrade

A logistics depot had a 300 kW grid connection and needed to charge 60 EVs overnight. A traditional approach would require a 600 kW grid upgrade costing 180,000 EUR and 18 months. After enabling Site Energy Management with dynamic power sharing and smart scheduling, the depot charges all 60 EVs within the 300 kW limit by staggering sessions and prioritising vehicles with early departure times. Grid upgrade deferred indefinitely.

More EVs charged

180k EUR

Grid upgrade avoided

18 months

Delay avoided

300 kW

Grid connection unchanged