Chargekeeper
en
Energy management

Toward smarter mobility

Welcome to the era of smart electric mobility. Our supervision software couples smart charging with energy management to deliver optimized, efficient and greener charging.

Smart charging algorithm
Smart Charging

Optimize your site

Smart Charging (DLM — Dynamic Load Management) optimizes energy distribution based on your site's energy ecosystem (intelligent load balancing). Several algorithms are available depending on your needs; each shares charging power among vehicles while accounting for available energy and overall site operation. Whichever strategy is active, it never exceeds available energy, preserves site operation and limits consumption peaks.

Smart Charging strategies

Pick your strategy, watch power rebalance

Four load-balancing algorithms ship with Chargekeeper. Click a tab to see how the grid, point of delivery, chargers and vehicles share power in real time.

Grid Solar panels 0 kW Building 0 kW Battery 0 kW 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 17h 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 18h 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 19h 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 20h Charge planned from —h POINT OF DELIVERY 0 kW / 60 kW max Chargers Vehicles
0h 6h 12h 18h 24h charging window
0h 6h 12h 18h 24h charging window
0h 6h 12h 18h 24h
0h 6h 12h 18h 24h charging window
Equal distribution : every vehicle gets the same share of power. Best when no vehicle needs priority.
Security & strengths

Robust control by design

Beyond power balancing, every mechanism below protects your installation — and several set us apart from the cloud supervisors on the market.

Feature

Peak shaving

The building's load comes first; chargers take the residual — subscribed power is never exceeded.

Security

Point-of-delivery cap

Never more than your point of delivery: even an oversized fleet won't trip the main breaker.

Advanced

Per-phase balancing

Each phase capped on its own: we protect the phase breaker that total-power supervisors ignore.

Feature

Solar production forecast

Your panels' output modelled from site sizing and weather — even without a connected EMS.

Security

Safe by default

No charger draws power without an active grant: when in doubt, the resting state is zero.

Advanced

Fail-safe cloud

Missing or stale data tightens control — it never loosens.

Feature

Compatible with your EMS

Native connectors with the leading EMS, plus open APIs to plug in your own.

Security

Resilient to faults

An unreachable charger is excluded and counted at full load: the site is never overloaded.

Advanced

Mixed AC + DC fleet

AC and DC chargers on one site, under a single controller.

Energy management platform
Energy Management

Integrate every energy source

Energy Management optimizes your charging stations' power use by connecting your site's energy sources to Chargekeeper. Through your Energy Management System (EMS), consumption and generation data are integrated in real time. Several EMS are already natively integrated (SMA, Enphase, Schneider, Lacroix, WIT, ioThink). Beyond those connectors, our open APIs let you plug your EMS straight into the platform; if needed, our integration team handles integration and development. Pair solar panels, batteries and control building consumption efficiently.

Energy Management use cases

Drive every energy source on site

Three Energy Management use cases: solar production, building load and battery storage. The same intelligent balancing, adapted to each resource on the site.

Grid Solar panels 0 kW Building 0 kW Battery 0 kW 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 17h 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 18h 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 19h 0 kW Phase réseau — cliquer pour changer (L1 → L2 → L3) L1 Courant insuffisant (< 6 A · IEC 61851) — recharge impossible < 6 A 0% 100% leaves at 20h Charge planned from —h POINT OF DELIVERY 0 kW / 60 kW max Chargers Vehicles
0h 6h 12h 18h 24h charging window
0h 6h 12h 18h 24h charging window
0h 6h 12h 18h 24h
0h 6h 12h 18h 24h charging window
Solar production : charging prioritises on-site solar to decarbonise the fleet and minimise grid draw — peak power around noon.
Integrated technologies

Market EMS already connected to Chargekeeper

Native connectors with the leading energy management and supervision solutions. Beyond these integrations, our open APIs let you plug in any EMS — and our team handles the development if needed.

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Optimize your energy today

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