Power Station
A versatile and sustainable power solution that harnesses renewable energy sources to generate clean and reliable electricity.
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Power Station
Reduce your reliance on diesel generators with the WJ Sunstone Power Station—a robust, sustainable off-grid energy solution. Combining a high-efficiency solar array, a Bladon micro turbine HVO generator, a 1000L fuel bowser, and an advanced battery bank (30–50kWh), the Power Station delivers clean, uninterrupted power in the harshest environments.
The system is housed in a ruggedised, powder-coated steel cabinet with concealed hinges, IP66 protection, and anti-theft features including built-in GPS. It is engineered to UK standards with CE marking, EMC compliance, and components from expert manufacturing partners.
The Power Station is compatible with WJ Sunstone’s QuickGrid solar system—available in South-facing and East-West configurations—with six 425W high-efficiency monocrystalline panels per array. QuickGrid can generate up to 3kWh of additional solar capacity and is designed with wind resistance and optional ballast integration for stability. The system can also integrate additional solar panels and wind turbines to further expand renewable energy capacity.
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Key Features
- Hybrid Power: Solar, HVO turbine, and battery storage for scalable 24/7 renewable energy
- Advanced Storage: 30–50kWh battery capacity for high-load or extended off-grid use
- Efficient Backup: Bladon micro turbine with 1000L onboard fuel for low-emission power
- QuickGrid Expandability: Supports 6x 425W South/East-West panels (up to 3kWh)
- Modular Platform: Optional steel mesh ballast system for wind resistance
- Remote Monitoring: Access performance, fuel levels, load balance, and usage in real time
- Industrial Build: Powder-coated steel, concealed hinges, IP66-rated weather protection
- Secure Design: GPS tracking, tamper-proof cabinet, vandal-resistant housing
- Certified Quality: CE marked, EMC compliant, Eurocode/British standards
- Flexible Installation: Compatible with 400/230V and ELV systems
Contact us today to find out more about our power station
Get in touch today >Power Your Off-Grid Operations Sustainably
Challenge: Maintaining consistent, sustainable power for industrial and critical infrastructure operations in off-grid areas is both complex and resource-intensive.
Solution: The WJ Sunstone Power Station offers a scalable, efficient solution for powering essential services in demanding settings:
- Construction Projects: Power site offices, welfare units, CCTV, and tool charging stations while lowering environmental impact.
- Mining & Oil Operations: Provide continuous energy for safety systems, communications, and operational machinery.
- Telecom Infrastructure: Support off-grid or remote wireless, satellite, and point-to-point communication hubs.
- Rail & Highways: Enable traffic management systems, lighting, surveillance, and smart signage in isolated locations.
- Emergency Response & Disaster Relief: Deliver rapid-deploy power to field hospitals, coordination hubs, and mobile response units.
- Security Networks: Power perimeter monitoring, access control, and smart analytics with zero carbon dependency.
Case Study
Delivering Innovative Rail Technologies on Scotland’s Far North Line
In a strategic partnership, Telent and WJ Sunstone have pioneered a sustainable power solution for remote railway stations along Scotland’s Far North Line.
Faced with the prohibitive cost of extending traditional power infrastructure—estimated at over £500,000—the collaboration introduced a hybrid renewable energy system tailored for off-grid locations.
The implemented system harnesses solar energy to meet up to 80% of the stations’ power requirements, supplemented by battery storage for periods of low sunlight. To ensure uninterrupted service, a backup generator powered by hydrotreated vegetable oil (HVO) is employed, emitting only 10% of the CO₂ compared to conventional diesel generators. This approach not only significantly reduces environmental impact but also operational costs.
Key benefits of this initiative include:
- A 90% reduction in emissions
- Decreased fuel deliveries from six to one annually, lowering associated travel emissions
- Elimination of on-site CO₂ and noise emissions during solar and battery operation
This project exemplifies how innovative, clean energy technologies can effectively address the challenges of powering remote infrastructure, aligning with broader goals of reducing our relaince on fossil fuels.
View the full case study here: Delivering Innovative Rail Technologies
Power load
| Power load | 1 QuickGrid system (2.4kW) | 2 QuickGrid systems (4.8kW) | 3 QuickGrid systems (7.2kW) | 4 QuickGrid Systems (9.6kW) |
|---|---|---|---|---|
| 250w | 2.7MW solar yield and uses 350L HVO | 5.4MW solar yield and uses 0L HVO | 8.2MW solar yield and uses 0L HVO | 10.9MW solar yield and uses 0L HVO |
| 500w | 2.7MW solar yield and uses 2,450L HVO | 5.4MW solar yield and uses 750L HVO | 8.2MW solar yield and uses 90L HVO | 10.9MW solar yield and uses 0L HVO |
| 750w | 2.7MW solar yield and uses 5,700L HVO | 5.4MW solar yield and uses 2,200L HVO | 8.2MW solar yield and uses 1000L HVO | 10.9MW solar yield and uses 450L HVO |
| 1000w | 2.7MW solar yield and uses 9,000L HVO | 5.4MW solar yield and uses 4,900L HVO | 8.2MW solar yield and uses 2,400L HVO | 10.9MW solar yield and uses 1,400L HVO |
| 1500w | 2.7MW solar yield and uses 15,000L HVO | 5.4MW solar yield and uses 11,000L HVO | 8.2MW solar yield and uses 7,300L HVO | 10.9MW solar yield and uses 4,500L HVO |
*The above power supplies are based upon Zone 2 areas