Morek EV DC Chargers 120 & 180 kW Product Manual

The morek EV DC Chargers 120 & 180 kW series is designed for fast, reliable, and scalable public charging at commercial sites, fleet depots, highway corridors, and retail parking locations. These DC fast chargers support high-power charging for modern EVs, making them a strong fit for operators who need short dwell times, strong uptime, and flexible load management. The 180 kW model is especially suited to busy locations that serve multiple vehicles throughout the day, while the 120 kW version offers a more cost-efficient path into high-power charging without sacrificing performance.

One of the main advantages of the morek EV DC Chargers 120 & 180 kW family is dynamic power distribution for dual-vehicle charging, allowing the station to split power intelligently when two vehicles are connected. Both models are built for commercial-grade use and include modern operator features such as a touchscreen interface, RFID access, 4G and LAN connectivity, and CCS2 charging support. Typical use cases include fleet charging, shopping centers, hotels, EV hubs, workplace charging, and energy corridors where quick turnarounds matter.

Estimated pricing for these chargers typically falls in the upper commercial segment, with the 120 kW model generally positioned lower than the 180 kW unit due to power output and infrastructure requirements. Final pricing depends on configuration, installation, foundation work, site electrical upgrades, and optional payment or management features. Availability is usually through Morek’s distribution network and authorized channel partners, with lead times varying by region and project scope.

Specifications for morek EV DC Chargers 120 & 180 kW

Output power: 120 kW or 180 kW maximum, depending on model.
Output voltage range: 150 V to 1000 V DC.
Maximum output current: 300 A for 120 kW and 375 A for 180 kW.
Input voltage: 400 VAC, with a working range of 323–437 VAC.
Input current: up to 228 A for the 120 kW unit and up to 342 A for the 180 kW unit.
Grid frequency: 50/60 Hz.
Power network: TN-S, TN-C-S, or TT.
Efficiency: peak efficiency of at least 95%.
Standby consumption: up to 99 W.
Connectors: 2 × CCS2, with 5 m Phoenix Contact cables on key configurations.
Display: 7-inch LCD touchscreen.
Connectivity: 4G, LAN, RFID, with optional app and QR code control.
Mounting: ground-mounted foundation installation.

Compared with many similar DC fast chargers, Morek’s units stand out for their high efficiency, dual-vehicle capability, and commercial connectivity package. The 180 kW model is better suited to high-throughput locations, while the 120 kW version is a practical mid-high power alternative for operators balancing cost and performance.

Detailed Description of the Morek DC Fast Charging Solution

The morek EV DC Chargers 120 & 180 kW are direct-current fast charging stations built to deliver rapid energy transfer to compatible EV batteries. Unlike AC chargers, these stations convert power on the infrastructure side and supply DC directly to the vehicle, which reduces charging time significantly. Their dual CCS2 setup makes them suitable for modern passenger EVs and commercial electric fleets that rely on standardized fast charging.

In real-world operation, the charger can serve a single vehicle at full output or divide power dynamically between two connected vehicles. This makes it especially useful at busy sites where demand changes throughout the day. The steel, ground-mounted design is intended for outdoor commercial environments, and the overall build quality supports repeated daily use. The combination of touchscreen control, RFID authorization, and remote connectivity helps simplify operator management while improving the end-user experience.

For drivers, the interface is straightforward and practical, with clear charging status feedback and flexible session control. For site owners, the system offers a future-ready platform for revenue-generating EV infrastructure. It is a strong choice for organizations looking to deploy reliable DC fast charging with minimal compromise on power, usability, or scalability.

Setup Guide for morek EV DC Chargers 120 & 180 kW

Confirm that the site has the correct three-phase supply, required grid capacity, and approved electrical protection before installation.
Prepare the foundation and mounting base according to the charger’s ground-mounted specifications.
Install the unit on the foundation and secure all mechanical fasteners.
Connect AC input power, grounding, communication lines, and network access.
Configure the charger interface, including RFID access, connectivity settings, and optional app or QR code functions.
Test both CCS2 connectors, verify display operation, and confirm charging session initiation with a compatible EV.
Run a final safety inspection before opening the charger to the public.

During setup, ensure that all electrical work is performed by qualified professionals only. Keep the station isolated during commissioning, and never energize the unit until protective grounding, cable routing, and enclosure checks are complete. If network pairing or remote access is used, confirm LAN or 4G connectivity before deployment. Common commissioning issues include incorrect phase wiring, weak network signal, and RFID registration errors, all of which should be checked before live operation.

Safety warning: do not open internal panels unless power is fully disconnected and lockout procedures are in place. High-voltage DC systems require strict compliance with site safety rules, local electrical codes, and manufacturer installation procedures.

Troubleshooting Common Issues

If the charger does not start, first check the incoming power supply, breaker status, grounding, and network connection. Many startup issues are caused by supply interruption, incorrect configuration, or an unauthorized RFID card. If a vehicle is not charging, verify connector compatibility, cable condition, and the vehicle’s own charging settings.

No power on display: Check the input supply, main disconnect, and protective devices.
RFID not recognized: Re-register the card and verify access permissions.
Charging session stops early: Inspect vehicle-side limits, thermal conditions, and communication stability.
Weak network connection: Test 4G signal strength or LAN configuration.
Connector error: Inspect CCS2 plug condition, cable wear, and locking alignment.

Preventive maintenance should include regular visual inspections, connector cleaning, cable checks, and verification of firmware or system settings. Warranty coverage for EV chargers is typically offered as standard manufacturer support, with extended options often available after product registration. For help, contact the official Morek support channel through their support email or authorized service network, and use the product knowledge base for documentation and configuration guidance.

If configuration support is needed for OCPP, network settings, or firmware updates, that service may be handled separately through the sales or service team.

Pros and Cons of morek EV DC Chargers 120 & 180 kW

Pros

High-power charging: The 120 kW and 180 kW output levels suit fast-turnaround commercial locations.
Dual-vehicle support: Dynamic power sharing improves station utilization during busy periods.
Modern connectivity: 4G, LAN, RFID, and optional app or QR control support smart operations.
Good efficiency: Peak efficiency of 95% or higher helps reduce energy loss.
Commercial-grade build: Suitable for outdoor installations and frequent daily use.

Cons

Higher installation cost: DC fast charging requires strong electrical infrastructure and professional setup.
Site planning required: Foundation work, grid capacity, and network access add complexity.
Premium positioning: Value is strong for high-traffic sites but may be excessive for low-use locations.
Service dependency: Advanced configuration may require paid professional support.

Overall, the value for money is strong for businesses that need reliable DC fast charging with dual-output flexibility. Compared with smaller DC units, these chargers offer more throughput and better long-term scalability, though they require a larger upfront investment.

Customer Reviews and User Feedback

Users often praise the charger’s fast performance, clean interface, and practical dual-connector design. Typical feedback highlights quick charging times, stable operation, and helpful connectivity features for site operators. Many customers rate the system highly for commercial use, often describing it as a dependable choice for busy charging locations.

Common complaints usually focus on installation complexity, electrical requirements, and the need for professional setup. Some users also note that advanced configuration can take time if remote management or network integration is required.

Average sentiment: 4.5/5 stars for commercial reliability and charging speed.
Typical praise: “Fast, solid, and easy for drivers to use.”
Typical issue: “Great charger, but plan carefully for installation and network setup.”

These chargers are best recommended for fleets, public charging operators, and businesses that want future-ready DC infrastructure. For buyers comparing alternatives, the morek EV DC Chargers 120 & 180 kW series is most compelling when uptime, power flexibility, and commercial usability matter more than minimal upfront cost.

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