Engineered to comply with international IEC, GB/T, and CCS standards, designed for deployment across Namibia's expanding public charging grid and fleet networks.
The Republic of Namibia is standing at a strategic crossroads for electric vehicle (EV) infrastructure. Led by initiatives from the Ministry of Mines and Energy and municipal developments in Windhoek, Swakopmund, and Walvis Bay, Southern Africa is seeking to break dependency on fossil fuel imports. The implementation of high-power charging corridors—specifically along major highways such as the Trans-Kalahari and Trans-Caprivi—presents unique environmental and technical challenges for charging system components.
In Namibia, hardware deployment requires localized resilience. Components must endure severe temperature fluctuations, intense UV radiation, and high concentrations of atmospheric dust from the Namib Desert. At Beihai Power, we optimize EV charger plugs and connectors using thermal-resilient engineering to prevent contact deterioration under extreme operational environments.
For Namibia procurement officers, municipal heads, and private EV charging operators (CPOs), selecting the correct connector and plug standards is vital. While European standard CCS Type 2 is common for light vehicles, many commercial and mining machinery deployments import Chinese standard GB/T systems or North American J1772/NACS standards. Resolving standard conflicts without replacing core station hardware is critical.
We supply modular, universally adaptable charging gun assemblies that ease multi-standard integration. Our products feature specialized silver-plated copper alloy pins to maintain optimal conductivity and reduce thermal resistance. Every connector conforms strictly to IEC 62196, GB/T 20234, and SAE J1772 certifications, ensuring compatibility with all major vehicle models from European, Asian, and American manufacturers.
Behind every Beihai Power charging gun lies a multi-tiered safety and performance engineering matrix designed to operate continuously under demanding loads.
Integrated dual PT1000 temperature sensors in both DC positive and negative poles monitor contacts in real-time, preventing overheating at high ambient temperatures typical of Namibia summers.
For high-capacity 500A nodes, our dynamic liquid cooling systems keep cables lightweight and flexible, allowing high continuous currents without degradation.
Built with synthetic materials that resist high impact forces. Heavy vehicle run-over tests prove structural integrity remains intact under pressure.
Solving global charging challenges with engineering excellence, customized design, and robust product verification.
Beihai Power is a specialized manufacturer dedicated to the innovation of DC fast-charging technology and smart AC charging systems. We bridge the gap between complex energy requirements and reliable infrastructure delivery for commercial and public sector clients across Southern Africa, South America, North America, Central Asia, Southeast Asia, the Middle East, and Europe.
Our core mission is to solve the critical challenges of charging speed, system reliability, and grid integration. By focusing on the performance of our integrated charging modules and cable connections, we provide high-efficiency power solutions that ensure faster, safer, and more stable energy transfer for large-scale vehicle infrastructure projects.
From custom 150kW mobile charging units to high-capacity public installations, our engineers tailor configurations for unique grids, regional certifications, and demanding field environments.
Our production facility employs strict process control to ensure every connector assembly is built for high reliability and long operational life.
High-precision laser and mechanical cutting of raw structural profiles and cables under strict dimensional controls.
CNC pressing, punching, and forming operations ensure physical tolerances conform to design blueprints.
Integration of modular frameworks and chassis shells with anti-corrosion chemical pretreatments.
Rigorous structural verification, sealing efficiency evaluation, and mechanical resilience testing.
Assembly of power conversion modules, control circuit units, and auxiliary sub-components.
Hand-wiring and integration of low-loss internal conductors, cooling systems, and digital display components.
Comprehensive Full Unit Functional Testing, checking power limits, insulation resistance, and grid feedback.
Final quality audit and packaging for international export, complete with environmental sealing.
A visual tour inside Beihai Power’s production lines, verification chambers, and logistics warehouses.
Select the right interface configurations for your projects in Windhoek, Walvis Bay, or remote regions.
| Connector Standard Type | Max Voltage (V) | Max Current (A) | Cooling Method | Target Applications in Southern Africa |
|---|---|---|---|---|
| Type 2 AC Connector | 480V AC | 32A / 63A | Natural Air Cooling | Residential garages, workplace parking lots, commercial shopping centers. |
| CCS 2 DC Fast Connector | 1000V DC | 150A - 250A | Passive Air / Liquid Options | Public highway corridors, logistics transit hubs, municipal fleets. |
| GB/T DC Fast Connector | 1000V DC | 250A | Conduction Cooling | Heavy industrial operations, mining transport sites, off-grid bus grids. |
| CCS1 liquid Cooled Gun | 1000V DC | 500A | Active Liquid Cooling | High-speed passenger hubs, regional transport terminals. |
How Beihai Power addresses unique grid challenges, high solar integration, and mining conditions.
Namibia is rich in solar resource potential. Consequently, many charging stations operate off-grid or integrate with microgrids consisting of photovoltaic (PV) arrays and battery energy storage systems (BESS). Connecting these systems to vehicle loads requires rugged physical interfaces.
Our GB/T and CCS2 high-power connectors feature intelligent communication links that sync with local microgrid controllers, ensuring smooth handshake protocols. This enables charging stations to adapt current draw based on real-time solar generation without stressing vehicle batteries.
Every shipment meets international standards, verified by third-party testing organizations for seamless import clearance.
Our full lineup of AC connectors, DC fast-charging guns, and complete wall-mount/split charging stations compatible with Namibia projects.
Technical answers to key infrastructure and compliance questions for EV connector deployment in Southern Africa.
For standard passenger vehicles and public AC destination systems, IEC Type 2 is recommended. For fast DC charging stations, CCS Type 2 is widely used. However, commercial fleets and mining vehicles imported from other regions may use GB/T or CCS1. Beihai Power provides all three options to help fleet operators adapt to diverse requirements.
Our connectors are built with sealing gaskets and shell coatings rated at IP67 or IP68. This keeps out dust and water during high-velocity desert winds. The charging pins feature silver-plated copper contacts, preventing dust build-up from increasing contact resistance and causing thermal rise.
Yes. Our DC charging systems and connectors feature communication controllers compatible with Modbus and OCPP 1.6/2.0.1. This allows them to interface with hybrid solar-inverter-storage setups, adjusting charging output based on real-time solar yield to prevent grid issues.
Yes. We offer OEM/ODM customization services. We can configure cable lengths (from 5m up to 10m+), customize charging gun handle colors, and print your company logo to match local brand requirements in the Namibian market.
Our charging connectors have built-in dual PT1000 temperature sensors. These sensors communicate directly with the charging controller. If the temperature exceeds 80°C, the controller automatically reduces the current or shuts down the session to protect the vehicle and the station.
Contact our engineering team today to receive detailed technical specifications, project cost estimates, and custom solution consultations.
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