1. Load & Site Assessment
Full breakdown of hourly power consumption, duty cycles, surge requirements, and spatial enclosure constraints.
Custom Engineering & System Integration
Engineered to your scale. Built specifically for your site coordinates, continuous duty cycle, and extreme operational environments.
Tailored Engineering Solutions
When off-the-shelf equipment cannot meet complex continuous loads or extreme environmental constraints, Leading Edge Power provides end-to-end custom engineering. From offshore wind communications to arctic monitoring, we design and manufacture power architectures built for 100% uptime.
Full breakdown of hourly power consumption, duty cycles, surge requirements, and spatial enclosure constraints.
Rigorous micro-climate analysis using ERA5 satellite reanalysis blended with the Global Wind Atlas for your exact coordinates.
Engineered for worst-month winter performance, incorporating deep-cycle battery autonomy and safety margins against power loss.
Complete CAD drawings, electrical schematics, IP-rated enclosure design, and factory pre-commissioning in Herefordshire, UK.
Proven Field Deployment
Discover how our engineered off-grid power systems deliver continuous, zero-downtime performance for global enterprise clients and critical infrastructure operators.
Ørsted · Offshore Wind Telecommunications
Designed and deployed two redundant hybrid systems comprising LE-v150 Storm turbines, 1.64 kWp solar, 1,600 Ah AGM battery bank, and methanol fuel cell back-up to power safety-critical radio and Starlink links 72 km offshore.
UKCEH · Environmental Telemetry
Engineered trailer-mounted and stationary hybrid power stations for the UK Centre for Ecology & Hydrology to power Eddy covariance flux towers and gas auto-chambers in remote boglands and coastal marshes.
Turtle Medical · Emergency Response
Partnered with Turtle Medical to engineer vertical-axis LE-v50 wind turbine systems with thermal containment to keep emergency life-saving defibrillators powered and warm in grid-isolated sports venues and golf courses.
In-House Manufacturing Excellence
Every bespoke system built in our UK facility integrates industrial-grade components chosen for maximum durability, efficiency, and maintenance-free lifecycle.
Combines low cut-in horizontal and vertical axis wind turbines with monocrystalline solar arrays for balanced seasonal generation.
Deep-cycle AGM or LiFePO4 storage banks housed inside insulated, temperature-regulated IP65/IP66 steel or aluminum enclosures.
Global satellite and cellular telemetry package providing live visibility of state-of-charge, power generation, load, and automated threshold alerts.
Technical Support & Sizing
Our engineers calculate system requirements based on your exact continuous load profile and site coordinates. We combine historical ERA5 reanalysis weather data with the Global Wind Atlas to simulate energy yield during the darkest and stillest month of the year, ensuring 100% power autonomy without reliance on seasonal averages.
Yes. Our turbines and custom enclosures utilize marine-grade anodized aluminum, stainless steel fasteners, sealed bearings, and specialized protective coatings. Our field technical engineers are GWO (Global Wind Organisation) certified to perform offshore installations and routine servicing worldwide.
For safety-critical applications, we integrate direct methanol fuel cells (DMFC) or hybrid DC generators as secondary automated back-up sources. These units initialize automatically when battery state-of-charge drops below a defined threshold, equipped with ultrasonic fuel-level sensors for remote telemetry.
Whether you are specifying power for remote telemetry, offshore telecommunications, or isolated industrial infrastructure, our engineering team in Herefordshire is ready to evaluate your site parameters and load profile.