British Engineering Excellence Since 2009
From site-specific resource modeling to turnkey installation, satellite telemetry monitoring, and lifetime servicing — we engineer total off-grid energy reliability.
More Than a Manufacturer
For over 15 years, Leading Edge Power has evolved from a small wind turbine manufacturer into an international off-grid power engineering specialist. We design, build, commission, and maintain autonomous renewable power infrastructure for mission-critical operations where grid power is impossible.
Whether you need continuous multi-day autonomy for offshore wind communications, remote telecommunication hubs, water utility telemetry, or defense inspection drones, every project begins with your exact load parameters — not a generic product catalog.
End-to-End Capabilities
Every installation is engineered for maximum reliability, low operational expenditure, and long-term durability in extreme atmospheric environments.
Precision meteorological modeling and load profiling tailored to your specific deployment coordinates and continuous power demands.
Full deployment and commissioning services for remote terrestrial and offshore environments, managed by experienced engineers.
Real-time system health data and global visibility over state of charge, wind/solar generation, and backup fuel levels.
Preventative maintenance schedules, remote fault resolution, and capacity expansion for existing remote infrastructure.
Renewable power systems specifically configured for autonomous drone docking stations and remote security surveillance hubs.
Large-scale off-grid and hybrid installations for utility companies, commercial infrastructure, and industrial operators.
Proven Engineering Process
Every project follows our structured four-stage methodology to guarantee continuous operation through winter storms, darkness, and extreme weather.
We analyze your hourly power consumption and evaluate historical wind and solar resource data at your exact installation coordinates.
Generation, storage capacity, and backup fuel cells are calculated with built-in safety margins tailored to worst-month winter conditions.
All turbines, IP65 control enclosures, and solar mounts are built and pre-commissioned in Herefordshire, UK, then installed on site.
Live remote monitoring provides full performance visibility, enabling predictive maintenance long before any system risk occurs.
Proven Field Performance
Ørsted · Offshore Telecoms
Designed, built, and offshore-installed hybrid systems with 3x LE-v150 turbines, 1.64 kWp solar, 1,600 Ah AGM storage, and methanol backup to power continuous 125W safety-critical radio infrastructure 72 km offshore.
RWE Renewables · Environmental Data
Designed a portable fold-down solar-plus-wind power unit replacing fuel-cell-only power in western Scotland. Integrated Victron Cerbo GX telemetry and ultrasonic fuel level sensing for remote monitoring.
Leading Edge HQ · Satellite Broadband
Engineered an OG Base power hub with 3 high-efficiency solar panels, an LE-300 wind turbine, and a 5-day autonomy battery pack running 50-75W satellite connectivity for remote operational sites.
Technical Questions
We require your site coordinates (latitude/longitude), exact duty cycle (continuous or peak load profile in Watts), operating voltage (12V, 24V, or 48V DC / 230V AC), and target autonomy days. We blend ERA5 satellite reanalysis with Global Wind Atlas data to accurately size generation and storage.
Yes. Our engineering team holds Global Wind Organisation (GWO) offshore certifications, allowing us to install, commission, and service remote hybrid systems on offshore platforms, coastal defense sites, and extreme weather locations globally.
Our systems integrate Victron Cerbo GX controllers connected via cellular 4G/LTE or satellite broadband (e.g., Starlink). You get real-time dashboards for battery state of charge (SoC), wind/solar generation, load consumption, and automated alerts.
Yes. Because we design and assemble turbine controllers and power enclosures in-house in Herefordshire, UK, we provide lifetime technical support, overseas spare part dispatch, and remote diagnostic assistance for global projects.
Share your location coordinates and load profile. Our British technical team will conduct a thorough wind/solar resource assessment and design a reliable, long-life off-grid power solution for your deployment.
