Smart charging within your existing connection
Charge more vehicles without exceeding the contracted peak load (GTV).
Charging with a limited grid connection
Many organizations want to electrify, but immediately face the same challenge: the grid connection is limited. Requesting extra capacity can take a long time, be costly, or simply not possible due to grid congestion.
With the Maxem Energy Cloud, you can get more out of your existing connection.
By smart energy management, Maxem manages the available capacity in real-time between charging points, vehicles, buildings, solar panels, and batteries, without exceeding the contracted capacity.
Dynamically manage available capacity
Distribute energy in real-time based on building consumption, charging needs, and available grid space.
More charging capacity without grid reinforcement
Many locations were not originally designed for large-scale electric charging.
As soon as multiple vehicles are charged simultaneously, peak loads arise, leading to:
- exceeding the contracted peak load (GTV)
- penalties from the grid operator
- risk of overloading
- high costs for grid reinforcement
- long wait times due to grid congestion
Maxem prevents this by intelligently distributing the available capacity over all active charging sessions. Thus, you always charge maximally within the available capacity of your connection.
Dynamic power distribution in real-time
The available capacity at the location is continuously changing. Machines start up, buildings consume more energy, solar panels feed back, or batteries are charged.
With Dynamic Load Management (DLM), the Maxem Energy Controller measures in real-time how much capacity is available. The system then automatically controls the charging stations based on the current situation.
Scenario:
- Is the building consumption low?Then vehicles can charge faster.
- Is there a peak in the building?Then Maxem automatically scales back the charging capacity.
- Is solar energy available?Then it is immediately used for charging or storage.
This way, you utilize every available kW optimally, without risk of overloading.
Protect your grid connection with GridGuard
The physical limit of the connection must never be exceeded. That's why GridGuard continuously monitors the total energy consumption on site.
Even in cases of:
- peak load
- dropped internet connections
- variable solar generation
- battery discharge
- simultaneous charging of multiple vehicles
the connection remains protected. The local Maxem Energy Controller intervenes in real-time when necessary.
When to use this?
Locations with a limited grid connection
Organizations waiting for grid reinforcement
Logistics locations with electric trucks or vans
Business locations with high simultaneous energy consumption
Offices, logistic hubs, and depots with solar panels or batteries
Situations where more charging capacity is needed without large infrastructure investments
Smart combination with solar panels and batteries
Maxem not only looks at charging stations but at the entire energy ecosystem of the location.
This allows you to:
- use solar energy directly for charging
- store excess energy in a battery
- apply peak shaving
- smart charging during cheap energy moments
- prevent peaks in grid consumption
Create one intelligently controlled energy system where charging, building consumption, generation, and storage fully cooperate.
Proven in complex situations
Maxem is used daily at locations where grid capacity is extremely limited.
At transportation company Jan Bakker, for example, 15 electric trucks are charged on a grid connection of just 60 kW, by smartly using load management, batteries, and solar energy.
The result: no expensive grid reinforcement, no exceedances, lower energy costs, and deployable vehicles every morning
“Diamond elite, edge, coordinated bean time. Who wants to own a turtle told. But want, muster happy chosen name found noodle edge.”
NiCHOLAS
CEO, MAXEM
Discover what is possible within your connection
Schedule a demo and discover how Maxem achieves more charging capacity without grid reinforcement.
