Designed & manufactured in Herefordshire, UK — shipping worldwide Mon–Thu 9–5 | Fri 9–4 | +44 (0)1981 241668
Engineered for extreme reliability, fast cycle charging, and seamlessly integrated off-grid solar-wind inputs for the Iberian Peninsula environment.
1800W pure sine wave output, supporting dual 120V/230V voltage matching Spanish grid specs. Designed for rapid multi-battery charging during intensive field survey missions.
Complete turnkey off-grid solar power kit integrated with high-discharge LiFePO4 batteries. Powers automated drone nesting stations in remote agricultural regions.
Modular, ultra-lightweight power stations tailored for agricultural flight crews. Features ultra-fast recharging via high-efficiency foldout solar arrays.
20ft turnkey deployable command center equipped with centralized drone fleet charging banks, climate control, and remote IoT telemetry monitoring.
Heavy-payload UAV charging system built with dual MPPT controllers for continuous 24/7 autonomous surveillance and security operations in Spain.
High-mast mobile trailer equipped with pneumatic folding solar arrays. Perfect for temporary civil protection, fire monitoring, and event coverage.
Direct factory supply featuring military-grade LiFePO4 battery storage, fast balance-charging channels, and customized CAN-bus smart BMS protocol integration.
Low-noise single/three-phase diesel backup system. Designed as an auto-start emergency backup power supply for continuous enterprise drone operations.
Spain has positioned itself as one of Europe's fastest-growing hubs for commercial unmanned aerial vehicle (UAV) deployment. Driven by favorable regulatory frameworks established by the Agencia Estatal de Seguridad Aérea (AESA) and alignment with EASA (European Union Aviation Safety Agency) guidelines, commercial drone operations across the Iberian Peninsula are expanding beyond visual line of sight (BVLOS).
However, operating heavy-payload enterprise drones—such as spray drones for precision agriculture in Andalusia or persistent thermal mapping drones in Galicia—presents an intense physical challenge: power availability and rapid battery turnaround. Spanish solar dynamics offer immense opportunity for off-grid hybrid charging systems, yet extreme ambient temperatures during summer months demand specialized thermal management and custom BMS (Battery Management System) algorithms.
Spanish operators mandate strict adherence to European safety norms (CE, RED, RoHS). Our factory designs charging platforms equipped with multi-stage electrical isolators, auto-cutoff safeguards, and electromagnetic compatibility (EMC) engineered for European frequency spectrums.
Southern Spain benefits from over 3,000 hours of sunlight annually. Our ODM charging platforms integrate high-efficiency Maximum Power Point Tracking (MPPT) solar chargers, enabling continuous remote operation without grid dependence.
Field operating temperatures in regions like Seville and Córdoba regularly exceed 40°C. Our specialized chargers feature active variable-speed liquid/air cooling and internal cell temperature monitoring to eliminate thermal runaway risks.
From agricultural plains to rugged coastlines, our OEM custom charging solutions support localized commercial operations.
Large-scale olive groves and vineyards in Jaén and Seville utilize high-capacity agricultural spraying drones. Our fast-charge trailer solutions provide continuous 15-minute battery turnaround, allowing non-stop field spraying schedules.
Autonomous drone docks installed in remote mountainous regions require complete energy independence. Our off-grid hybrid solar-wind power stations keep thermal surveillance drones ready 24/7 for early forest fire detection.
Inspecting offshore wind farms and naval traffic along the Mediterranean and Cantabrian coastlines requires corrosion-resistant equipment. We build IP67 marine-grade sealed charger enclosures resistant to salt spray.
As Madrid and Barcelona pioneer urban aerial delivery corridors, our factory manufactures high-reliability continuous balance-charging stations designed for ultra-dense flight cycles and automated fleet battery hot-swapping.
Bridging European engineering rigor with high-capacity factory customization to deliver market-leading drone charging infrastructure.
From schematic PCB layout, transformer winding, and structural sheet metal fabrication to firmware programming—our single-roof manufacturing guarantees total quality oversight and shortened engineering lead times.
We supply customized communication protocols (CANbus, SMBus, RS485, Modbus) for seamless software handshakes between our charging stations and proprietary drone flight controllers (DJI Enterprise, Autel, custom Pixhawk builds).
Every unit undergoes high-potential voltage isolation testing, full-load burn-in cycles in ambient thermal chambers, and severe vibration testing before packing. Fully certified for immediate EU market import.
How we convert your drone charging specifications into certified commercial products.
We evaluate your drone battery chemistry (LiPo/LiFePO4/Solid-State), voltage curves, charge C-ratings, environmental protection levels (IP rating), and target deployment region in Spain.
Our engineers formulate the electrical schematics, thermal dissipation models, and CAD enclosure layout. Prototyping is finalized within 15–20 working days.
Rigorous stress-testing in environmental chambers. Testing covers CE-EMC, Low Voltage Directive (LVD 2014/35/EU), and stress vibration to guarantee compliance.
Automated SMT line assembly and final QC burn-in. Direct shipping logistics configured for major Spanish commercial ports (Valencia, Barcelona, Algeciras).
Technical and logistical insights for importing OEM drone charging stations into Spain and the European Union.
Contact our engineering team today for technical consultations, customized ODM design proposals, and factory-direct wholesale pricing for the Spanish and European markets.