Highly resilient interface components built to withstand coastal salinity and dynamic island grid inputs.
Dominica is positioning itself as a pioneer in sustainability within the Caribbean Community (CARICOM). By actively developing its geothermal resources in the Roseau Valley, the nation targets a transition to 100% domestic renewable electricity generation. However, localizing a green transport network presents unique infrastructure challenges. The combination of intense tropical humidity, high coastal salinity, and steep volcanic terrain requires specialized EV charging hardware engineered far beyond standard residential applications.
From Roseau to Portsmouth, public fleet operators, commercial eco-resorts, and municipal developers require heavy-duty accessories that feature exceptional anti-corrosive properties, IP65 waterproofing, and dynamic grid tolerance. Our factory supplies high-efficiency power modules and modular EV sockets that directly address DOMLEC's island grid fluctuations while maintaining continuous uptime in rugged environments.
Bridging large-scale industrial manufacturing capabilities with specialized Caribbean municipal requirements.
All chassis and internal copper contacts are treated with advanced anti-corrosion coatings to prevent salt-mist deterioration, complying with ASTM B117 standards for long-life durability in Dominica's coastal zones.
Our 30kW, 40kW, and 50kW charging modules feature high-frequency resonant topologies, achieving up to 96% efficiency while managing high input voltage tolerances of ±20% to mitigate DOMLEC grid fluctuations.
Designed with intelligent cooling tunnels and variable-speed fan control, keeping thermal performance peak-efficient even under the tropical sun at 40°C+ ambient temperatures.
Rigorous, vertical engineering workflow ensuring every socket and charging station meets elite performance criteria.
High-precision laser processing for chassis frame panels to achieve exact alignments and structural load capacity.
Automated press braking and welding ensuring robust IP54 to IP65 structural envelopes against water ingress.
Ergonomic, modular component layout optimized for rapid service access and ideal airflow dynamics.
Comprehensive structural and environmental insulation tests, validating sealing under pressurized spray checks.
In-house assembly and programming of our high-efficiency AC-DC power modules and billing boards.
High-voltage harness integration, surge protection installation, and routing conforming to international safety standards.
Live testing on high-voltage simulators (FVT) to guarantee dynamic load balancing, OCPP response, and safety shutdown margins.
Secure export-ready packaging, ensuring safe sea freight and logistics to the Caribbean.
From custom 150kW mobile DC quick chargers in Colombia to commercial public charging networks across the Americas.
Engineered hardware matching local fleets, island eco-tourism, and commercial charging applications.
Eco-tourism operators in Dominica require robust charging solutions that do not disrupt the natural environment. Our smart AC chargers feature RFID options and weather-tight enclosures, making them perfect for outdoor seaside installations exposed to continuous tropical humidity.
With heavy commuter paths linking Roseau and Portsmouth, electrifying public vans and cargo routes requires rapid DC fast charging. Our high-power DC chargers (80KW to 300KW) with dual CCS2 configurations deliver fast charging to minimize vehicle downtime.
Dominica's focus on disaster resilience requires smart energy equipment. Our portable V2L (Vehicle-to-Load) / V2H (Vehicle-to-Home) DC discharge systems are ideal for backup power scenarios, converting electric vehicles into mobile power stations during grid emergencies.
Tested to meet strict international standards, ensuring safe installation under local Caribbean building guidelines.
Addressing the core technical challenges of deploying electric vehicle charging networks in Caribbean island climates.
Our outer sheet-metal enclosures undergo an electrogalvanizing and multi-stage powder-coat baking process that meets ASTM B117 standards. Internal PCBA modules are protected with a thick, high-dielectric conformal coating to shield sensitive circuitry from salt, moisture, and fine volcanic dust. Additionally, our high-voltage contact terminals utilize nickel-plated brass and silver-plated copper alloys to prevent oxidation and maintain low contact resistance over long-term use.
Yes. Dominica’s public grid operates on a 230V single-phase / 400V three-phase 50Hz framework. Our IEC Type 2 AC chargers and DC charging modules are configured for standard 230V/400V voltage inputs. The units feature built-in over-voltage, under-voltage, and phase-loss protections to safeguard the charger and connected vehicles from grid fluctuations.
Absolutely. Our 30KW, 40KW, and 50KW DC power modules are designed with standard 19-inch rack-mount footprints, enabling direct integration into third-party charging enclosures. They communicate using CAN bus protocols, making them suitable for custom energy management systems (EMS) that balance energy between geothermal generation, solar arrays, battery storage, and EV loads.
The Open Charge Point Protocol (OCPP) allows network operators to manage hardware remotely. It enables features like dynamic load balancing (essential for protecting DOMLEC's local transformers during peak hours), real-time pricing updates, authorization controls, and remote diagnostics to address issues without requiring on-site maintenance.
Explore our complete catalog of industrial charging piles, modular conversion components, and portable V2L solutions.
