Engineered for high performance, standard-compliant charging inside the Lisbon metropolitan grid layout, compatible with major European CCS2 electric vehicles.
As the capital of Portugal and a major economic hub, Lisbon is spearheading the Iberian Peninsula's decarbonization efforts. Underpinned by Portugal’s national climate policy (PNEC 2030) and the heavily regulated Mobi.E network, the demand for DC fast-charging infrastructure in the Lisbon Metropolitan Area is experiencing unprecedented growth. E-mobility operators (CEMEs) and charging point operators (OPCs) face a complex environment shaped by grid constraints, strict historic preservation building codes, and massive tourist transit electrification pressures.
Portugal’s unique EV infrastructure architecture dictates that all public and semi-public charging points must communicate seamlessly with the centralized Mobi.E management network. This setup requires suppliers to offer charging equipment equipped with highly reliable software layers running OCPP 1.6J or OCPP 2.0.1 protocol. Without complete compatibility and proven integration testing, hardware cannot be legally connected to the grid.
Humberto Delgado Airport (Lisbon Airport) is the primary gateway to the country. With car rental firms, hotel chains, and tourist transit operations rapidly converting their fleets to electric platforms, the demand for fast-charging depots near the airport corridor and downtown tourism hubs has surged. These operators require scalable, high-turnover DC fast chargers (120kW to 240kW) that can minimize vehicle downtime and optimize asset utilization.
As a certified national high-tech enterprise with 23 years of expertise in the energy sector, Tongxing specializes in the research and development (R&D), production, and global distribution of innovative EV charging systems. Our comprehensive product portfolio spans from 3.5KW residential chargers to industrial-grade 960KW ultra-fast charging stations, complemented by integrated photovoltaic (PV) and energy storage solutions.
We bridge the gap between global technology demands and localized deployment requirements, ensuring that operators in Lisbon, Europe, and globally benefit from high-efficiency energy systems engineered for military-grade resilience.
Tongxing's market leadership is sustained by a continuous commitment to high-standard research, production quality controls, and advanced system architecture development.
Equipped with 18 automated assembly lines and IoT-enabled quality control systems, our manufacturing center achieves a 95% production automation rate, ensuring high repeatability and reliability in every charging pile shipped.
Our workforce features 140+ certified technical operations personnel, 20+ specialists focused on high-voltage power electronics & embedded software systems, and a 40-member ISO-9001 quality audit team.
From circuit topology design, modular power distribution, and dynamic cooling architectures, to OCPP 2.0.1 custom protocol structures and virtual power plant dispatch software integration.
Our hardware solutions are built to withstand tough conditions, integrate easily, and deliver power efficiently.
Engineered with military-grade components. The IP55/IP65 certified systems run stably across temperature ranges from -35°C to 75°C, boasting reinforced marine-grade anti-corrosion for coastal deployments like Lisbon.
Supports wall-mounted, floor-mounted, and mobile layouts. Fits varied contexts including private residential parking garages, highway transport networks, commercial distribution centers, and ports.
Proprietary OCPP implementation enables real-time solar energy allocation, energy storage balancing, payment processing APIs, and remote cloud management.
From 7kW-22kW AC standard units to 720kW-960kW ultra-fast DC systems, delivering up to 300km of vehicle range in roughly 10 minutes of charging time.
Modern microgrid architectures combine solar production, battery storage, and smart DC EV fast chargers to reduce electricity costs, relieve grid load stress, and support carbon-neutral goals.
Rooftop or solar canopy arrays provide real-time power, meeting 30% to 50% of the charging hub's daily electricity demand, keeping energy generation costs low.
Stores lower-cost power during off-peak windows and discharges during high-rate intervals, cutting grid electricity costs by up to 40% per station.
Supports 120kW to 960kW fast power delivery. Dynamically optimizes power output based on real-time vehicle demand, improving multi-gun output efficiency by 25%.
| Performance Indicator | Traditional Standard Solution | Tongxing Integrated Ecosystem | Performance Improvement |
|---|---|---|---|
| PV Self-Consumption Rate | 50% | 85%+ | +70% Efficiency Gain |
| Comprehensive Energy Cost | 0.85 USD / kWh | 0.62 USD / kWh | -27% Cost Reduction |
| Annual Carbon Footprint Reduction | Baseline Reference | 40% - 60% Reductions | Certified Green Infrastructure |
This setup is designed for corporate campuses, commercial centers, logistics ports, and factories aiming to reduce peak grid dependency, earn local green factory certifications, and optimize energy spend.
Our microgrid systems support three operational modes, which can be toggled manually or dynamically managed by AI control loops depending on grid costs and carbon goals.
Prioritizes solar PV and battery storage output. Connects to utility grid supply during low-tariff hours to recharge the battery array, minimizing overall energy costs.
Applies 100% renewable sources for EV charging. Ideal for sites looking to claim zero-emission status and meet corporate environmental targets.
Functions as a backup power supply during utility blackouts, maintaining power delivery for essential equipment like cooling, safety sensors, and lighting systems.
Note on Lisbon Market Policy Incentives: Lisbon businesses can apply for national green infrastructure subsidies, achieving a fast investment payback period of around 3.8 to 5 years.
Get Dynamic Simulation AnalysisFor procurement managers in Lisbon and Western Europe, sourcing high-power DC fast charging equipment directly from Tier-1 Chinese manufacturers like Tongxing offers distinct commercial advantages.
China hosts the world's most mature supply ecosystem for power electronics, copper wound components, magnetic coils, and semiconductor cooling modules. Tongxing leverages these domestic networks to lower manufacturing costs while maintaining high build quality, offering a lower Total Cost of Ownership (TCO) compared to European-assembled hardware.
With an R&D engineering pool of over 20 specialists, we can quickly iterate control firmware to adapt to localized European requirements, such as Portugal's Mobi.E protocols or German Eichrecht calibration standards. Our equipment carries CE, TÜV, and RoHS listings, guaranteeing compatibility with European grid compliance rules.
Our ISO-9001 audited production base subject every charger to strict testing before dispatch. This process covers high-temperature endurance runs, full-load load bank simulation, insulation resistance, and EMI/EMC compliance checks. This rigor maintains our 98.6% field reliability rate.
Our solutions power sustainable mobility projects across 45+ countries. From the harsh winter environments of Iceland to the high-temperature regions of the Middle East, we support sustainable transport transitions worldwide.
Key information regarding commercial, technical, and regulatory compliance for project planners and operators in the Lisbon metropolitan area.
Explore our complete commercial line of DC charging hardware and storage components, certified for immediate European import and deployment.
Connect with our design engineers to custom-configure your fast-charging hardware, plan your local Lisbon grid integration, or run solar microgrid energy simulations.
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