Fully certified to IEC 61851-23, CE, and ISO 15118 standards. Customized specifically to handle Peru's unique electrical grid configurations (220V 3-Phase Delta / 380V Wye) and severe high-altitude environmental derating.
Peru stands at a pivotal inflection point in its energy transition. Driven by national decarbonization targets, Supreme Decree N° 022-2020-EM, and regulatory frameworks established by the Ministry of Energy and Mines (MINEM) alongside OSINERGMIN, the country is rapidly accelerating the deployment of electric vehicle (EV) charging stations and industrial power conversion systems. However, procurement directors, electrical contractors, and fleet operators facing the Peruvian market encounter technical hurdles unique to the Andes region.
Sourcing reliable high-power DC charging hardware from China requires deep alignment between factory manufacturing standards and local Peruvian utility grids (such as Luz del Sur, Enel Distribución Perú, Distriluz, and Electroperú). Operating environments range from extreme coastal humidity along Lima and Callao to high-altitude mining corridors exceeding 4,000 meters above sea level in Arequipa, Cusco, and Cerro de Pasco. Importing standard off-the-shelf power electronics without regulated industrial voltage topologies often results in premature capacitor degradation, insulation breakdown, severe thermal throttling, and grid compliance failures.
Unlike standardized European Wye grids (400V 3-phase with Neutral), vast industrial zones in Metropolitan Lima and historical commercial hubs in Peru utilize 220V 3-Phase Delta configurations without a neutral wire. Connecting standard European or Chinese chargers directly to a 220V Delta system leads to severe phase imbalance and ground fault trips.
Our factory-customized regulated DC fast chargers incorporate built-in Galvanic Isolation Transformers and dual-tap active PFC (Power Factor Correction) rectifiers. This ensures seamless operation across both 220V 3-phase IT/Delta networks and modern 380V/400V TN-S Wye networks, delivering stable DC output from 200V up to 1000V DC without stressing the host transformer.
In high-altitude mining regions such as Las Bambas, Antamina, and Toquepala, thin air density reduces dielectric breakdown strength and limits convective air cooling efficiency by up to 30%. Standard EV chargers rated for sea level experience internal arcing and severe thermal derating above 2,000 meters.
Our high-power commercial DC fast charging stations (60kW to 240kW) incorporate enhanced creepage and clearance distances (meeting IEC 60664-1 altitude multiplier tables), potted magnetic components, and intelligent liquid-to-air cooling channels. By utilizing silicon carbide (SiC) semiconductors with low thermal resistance, our chargers sustain continuous rated power outputs even in 4,500m high-altitude installations.
Peru’s electric vehicle fleet presents a diverse mix of vehicle origin standards: Chinese GB/T electric buses (BYD, Yutong, King Long), European CCS2 passenger cars, North American CCS1 commercial vans, and Japanese CHAdeMO legacy utility vehicles.
We manufacture ground-mounted and wallbox DC stations equipped with customizable multi-connector configurations (CCS1, CCS2, GB/T 2015, CHAdeMO). Interfaced with a high-performance Linux controller running OCPP 1.6JSON & OCPP 2.0.1 protocols, our hardware connects natively to localized Charge Point Operator (CPO) management software, automated billing systems, RFID access controllers, and credit-card POS terminals.
From heavy-duty mining haul trucks in the High Andes to last-mile logistics fleets navigating Metropolitan Lima, our regulated supply solutions are engineered for zero-downtime performance.
Mining operations require ultra-rugged 120kW–240kW DC fast chargers for electric haulers, pick-up fleets, and underground personnel carriers. Chargers are reinforced with heavy dust filters, anti-corrosion cabinet coatings, and wide operating temperature ratings (-25°C to +55°C) to withstand punishing particulate matter and freezing night temperatures.
Electrification of urban transit corridors (such as feeder routes for Metropolitano and city buses) demands reliable overnight matrix charging and rapid day-time pantograph/dual-gun boost charging. Built-in RFID management and automated dynamic load balance prevent depot grid overloads during peak tariff hours.
Connecting Northern Peru (Piura, Trujillo) to Southern hubs (Ica, Arequipa, Tacna) requires ultra-fast intercity charging corridors. Dual-connector 160kW-240kW stations with high-brightness sunlight-readable touchscreens and credit card POS integration ensure seamless long-distance EV travel.
Delivery vans and light commercial vehicles operating in congested urban hubs benefit from 20kW–40kW DC Wallbox chargers. Offering compact footprint, wall or pedestal mounting, and OCPP CPO software connectivity, these units allow fleet managers to track energy consumption per vehicle in real time.
As a premier wholesale factory and regulated power electronics manufacturer, we offer complete control over hardware development, firmware programming, PCB surface-mount assembly (SMT & THT), mechanical potting, and automated end-of-line testing.
Our production lines adhere strictly to ISO 9001 and ISO 14001 quality management systems. Every regulated power supply and DC fast charger undergoes 100% full-load burn-in testing under simulated voltage spikes and thermal stress before export to Latin America.
The Peruvian Ministry of Transportation and Communications (MTC) and MINEM have actively promoted zero-emission vehicle imports by reducing import tariffs (tariff item 8703.80.00.00 at 0% Ad Valorem) and establishing electrical safety mandates under NTP-IEC 61851. Key market developments driving DC charger procurement include:
Our regulated DC chargers can be configured with an internal isolation transformer or modified multi-phase active PFC rectifiers designed specifically for 220V 3-phase Delta (no neutral) utility networks common in Lima and Callao. This prevents phase-to-ground fault tripping and maintains stable DC output up to 1000V DC.
Due to lower air density at high elevations, dielectric insulation breakdown and thermal cooling efficiency decrease. We engineer high-altitude variants featuring enlarged creepage distances (IEC 60664-1 compliance), IP65 potted electronics, and upgraded cooling capacity, maintaining 100% rated output up to 4,000 meters altitude without thermal derating.
Yes. All units meet NTP-IEC 61851 standards required by OSINERGMIN, incorporating Type B RCD residual current protection (AC 30mA + DC 6mA), emergency stop buttons, overvoltage/undervoltage protection, and IP55/IP65 weatherproof enclosures suitable for public installations.
Absolutely. Our chargers feature native OCPP 1.6JSON (upgradeable to OCPP 2.0.1) compliance. You can connect them to any local or international Charge Point Operator (CPO) software platform via 4G/LTE cellular modem or Ethernet connection for monitoring, remote billing, and user management.
We recommend multi-connector configurations: CCS2 + GB/T for commercial depot charging (covering European and Chinese buses/trucks), or CCS2 + CCS1 for general commercial fleets. Custom dual-gun and tri-gun configurations (including CHAdeMO) are available on demand.
Standard OEM manufacturing lead time is 15-25 days depending on power capacity and customization. Shipments route directly via maritime freight to Callao or the new Chancay Port mega-hub, taking approximately 22-28 days transit time.