Engineered for high-temperature desert resilience and smart energy management.
Riyadh is undergoing a tectonic shift in its urban transport landscape. As a cornerstone of the Saudi Vision 2030, the Kingdom aims to have at least 30% of vehicles in Riyadh be electric by the end of the decade. This transition demands a sophisticated, high-power DC charging grid that can withstand one of the world's most challenging climatic environments.
Current industrial trends in Riyadh focus on Ultra-Fast Charging (UFC) hubs located at major commercial districts and logistics parks. The integration of charging infrastructure with Smart City IoT protocols is no longer optional—it is a mandatory requirement for grid stability and user experience.
Bridging Chinese manufacturing speed with global quality standards.
Our 72,000m² intelligent production base utilizes 18 automated lines. For the Riyadh market, this means high-volume fulfillment without compromising on the meticulous quality control required for desert-grade electronics.
With 20+ specialists in power electronics, we've developed proprietary thermal management systems that allow our DC chargers to operate at 100% load even in Riyadh’s peak summer temperatures.
Full stack competence in OCPP 1.6J and 2.0J ensures seamless integration with Saudi electric utility grids and local payment gateway APIs.
Our products carry CE, TUV, and UL certifications, meeting the rigorous safety standards demanded by Saudi Arabian engineering consultants and municipalities.
Beyond the charger: A holistic ecosystem of energy management.
| Solution Type | Target Application | Key Technical Indicator | Riyadh Advantage |
|---|---|---|---|
| Public UFC Hub | Commercial Malls / Gas Stations | 360kW - 480kW (Dual Port) | 200km range in 10 minutes |
| Solar-Storage-Charge | Industrial Parks / NEOM Projects | Integrated PV + 200kWh Storage | Off-grid capability, reduces 40% cost |
| Fleet Depot Charging | Logistics Hubs / Last Mile Delivery | 60kW - 120kW Modular DC | Dynamic load balancing across 100+ units |
In Riyadh, where solar irradiation is among the highest globally, integrating Photovoltaic (PV) systems with EV Charging is the most viable path to carbon neutrality. Our solutions allow enterprises to store daytime solar energy in high-density LiFePO4 batteries, discharging it at night or during peak demand to charge EV fleets, effectively bypassing high peak-hour grid tariffs.
Localized application of world-class charging technology.
Deployment in Riyadh city centers using 7-inch and 12-inch touch screen interfaces with multi-language support (Arabic/English) and RFID/App integration.
Custom-built 51.2V 200Ah-300Ah battery clusters to support 120kW+ DC chargers in remote areas where grid capacity is limited.
High-voltage cascaded technology ensuring 96%+ efficiency for highway rest areas, minimizing thermal loss in high-ambient environments.
As a leading exporter to 45+ countries, Tongxing offers a streamlined procurement process for Riyadh-based developers and global contractors:
Answering critical technical queries for Riyadh EV infrastructure projects.
Our chargers utilize military-grade components and a dual-fan intelligent cooling system. We offer optional liquid-cooling for 360kW+ stations, ensuring the power modules remain within safe operating temperatures up to 75°C.
Yes. Through our OCPP 1.6J/2.0J cloud platform, we can integrate with local API providers to support Mada, Visa, and Apple Pay, which are standard in the Kingdom.
Standard DC charger configurations (60kW-120kW) have a production lead time of 15-20 days. Shipping to King Abdulaziz Port or dry-port Riyadh usually takes an additional 20-30 days via sea freight.
We provide comprehensive digital installation manuals and 24/7 video support. We also partner with local Saudi certified contractors who can handle the physical installation and grid connection.
From residential solutions to industrial-grade energy hubs.
Connect with our engineering experts today for a comprehensive feasibility study and technical consultation.
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