GRIDCON® DC Charger
Depot & Destination Charger for innovative DC Grids.
GRIDCON® DCC (DC Charger) is a flexible, efficient and future-oriented solution for DC-fast charging stations being connected to a local DC grid. The bidirectional, fast-charging stations enable low-loss coupling to other DC systems such as PV generators or battery storage.
Why DC grids?
- Improved utilization of existing AC grid connections
- Coupling of generation (PV), storage (battery) and consumption (charging stations) DC/DC maximises system efficiency
- High scaled self-consumption of locally produced energy
- Saving large amounts of copper through higher grid voltage and less cables
View more basics about "Low Voltage DC grids"
Your Advantages at a Glance
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Depot & destination charging of cars, busses & trucks
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Direct, low-loss DC coupling with PV generation & energy storage
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Overcome grid limitations and build more charge points according to your needs
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Higher system efficiency with less transmission- and conversion losses
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Bidirectional DC fast-charging opens up new business models
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Improved utilization of the existing AC grid connections
Product Information
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DC charging stations compliant with calibration law: Legally compliant charging with the DCC150
DC charging stations compliant with calibration law: Legally compliant charging with the DCC150
Compliance with calibration law is a key issue when charging electric vehicles in public. Charging infrastructure operators must ensure that every kilowatt hour charged is billed transparently, traceably, and in accordance with the law.
Our DCC150 DC charging stations meet all requirements of German measurement and calibration law in accordance with MessEG and MessEV – and thus offer maximum legal certainty.
Why is calibration law so important for charging stations?
- Consumer protection: Users must be able to accurately track the amount of energy charged.
- Legal certainty for operators: Only charging stations that comply with calibration law may be used in public spaces.
- Eligibility for subsidies: Many subsidy programs require compliance with calibration law.
Our solution: DCC chargers from MR
The DCC150 DC charging station from MR (Maschinenfabrik Reinhausen) is specially designed for use in DC networks and offers:
- Measuring systems that comply with calibration law with tamper-proof data storage
- Digital signature of measured values for audit-proof billing
- Backend integration for automated data transfer
- Future-proof thanks to support for Vehicle-to-Grid (V2G)
Our DC charger is ideal for:
- Public charging infrastructure
- Fleet solutions and depots
- Companies with a sustainable mobility strategy
Conclusion:
With our DC charging stations, you are not only investing in modern charging infrastructure, but also in trust, transparency, and legal certainty.
Contact us for individual advice or a quote.
AFIR-compliant DC charging stations with optional integrated payment terminal: Future-proof and user-friendly
AFIR-compliant DC charging stations with optional integrated payment terminal: Future-proof and user-friendly
With the entry into force of the new EU regulation AFIR (Alternative Fuels Infrastructure Regulation), uniform payment at public charging stations will become mandatory.
Operators must ensure that users can start and pay for their charging processes in an accessible manner, spontaneously and without prior registration – even at DC charging stations.
What does AFIR mean for DC charging stations?
- Mandatory card payment: Every publicly accessible DC charging station must be equipped with a payment terminal.
- Transparent billing: Users must be able to clearly see the costs and amount of energy charged.
- Interoperability: The charging infrastructure must be compatible with various payment services.
The solution from MR: The Gridcon Charger DCC150
The DCC150 DC charging station from MR (Maschinenfabrik Reinhausen) is AFIR-ready and offers:
- Integrated payment terminal for contactless payment by debit and credit card
- Backend connection for secure transaction processing and billing in accordance with calibration law
- Future-proof interfaces for software updates and new payment services
- Direct integration into DC networks for maximum energy efficiency and low conversion losses
Advantages for operators and users
- Legal certainty thanks to AFIR and calibration law-compliant design
- High user acceptance thanks to simple and fast payment processes
- Eligibility for subsidies through compliance with legal requirements
Conclusion:
With MR's AFIR-compliant DC charging station, you are investing in a future-proof charging infrastructure that combines legal certainty, energy efficiency, and user-friendliness.
Contact us for individual advice or a customized quote.
Depot charging with DC charging technology from MR: Efficient charging infrastructure for bus and truck fleets
Depot charging with DC charging technology from MR: Efficient charging infrastructure for bus and truck fleets
Depot charging is a key element of modern electric mobility strategies, especially for bus and truck fleets. Vehicles are charged overnight or during longer downtimes at the depot.
The DC wallbox DCC75 from MR offers the ideal solution for this: powerful, efficient, space-saving, and future-proof.
Why DC charging stations in depots?
- High charging power: Up to 75 kW per charging point for fast and complete charging overnight
- Direct connection to DC networks: Minimal conversion losses, maximum energy efficiency
- Scalability: Modular design of DC networks with up to dozens of charging points and additional loads and generators
- Compact and safe: Mounting on the wall or under the ceiling
- Stable charging process: Close proximity between charger and vehicle
Advantages for fleet operators
- Grid stability: Even load distribution thanks to intelligent charging management
- Cost efficiency: Reduction of peak loads and optimized use of PV power and battery storage
Conclusion:
DC charging solutions from MR can be seamlessly integrated into existing depot infrastructures – including DC busbars, energy storage systems, and PV systems.
This lays the foundation for the economical and sustainable operation of your electric fleet.
