Project Overview
Location: Oxgate, London NW2 7ET
Facility: New Warehouse Facility
System Size: 65.72 kWp
Technology: SolarEdge Solar PV System
Objective: To reduce the carbon footprint and energy costs of the new warehouse facility while ensuring a reliable and sustainable energy source.
Background
The new warehouse facility located in Oxgate, London, is part of an ambitious development project aimed at creating a sustainable and energy-efficient infrastructure. With growing energy demands and the increasing importance of environmental responsibility, the decision was made to integrate a solar photovoltaic (PV) system into the warehouse design.
The chosen solution was a 65.72 kWp SolarEdge solar PV system, known for its high efficiency, advanced monitoring capabilities, and ability to maximize energy production.
Objectives
- Energy Cost Reduction: The primary objective was to significantly reduce the facility’s reliance on grid electricity, thereby lowering energy costs.
- Sustainability: Implement a renewable energy solution that aligns with the new tennants sustainability goals.
- Future Proofing: Equip the warehouse with a scalable and flexible energy system that can adapt to future energy demands and potential expansions.
- Compliance: Ensure the project meets all local regulations and contributes positively to the UK’s renewable energy targets.
System Design and Components
The SolarEdge system was selected for its advanced technology, which includes the following key components:
- 65.72 kWp Solar PV Panels: High-efficiency panels were installed on the warehouse roof, strategically positioned to maximize sunlight exposure and energy production.
- SolarEdge Inverters: Optimizers were used for each panel to ensure maximum power output, even in cases of partial shading or suboptimal conditions. The inverters convert DC electricity generated by the panels into AC electricity for use within the warehouse.
- Monitoring Platform: SolarEdge’s monitoring platform provides real-time data on system performance, allowing for efficient energy management and quick identification of any issues.
- Mounting System: A durable and weather-resistant mounting system was used to securely fix the solar panels to the roof.
Results and impact
The 65.72 kWp system is expected to produce approximately 57,630 kWh of electricity annually, significantly offsetting the warehouse’s energy consumption. The energy production translates to a substantial reduction in energy costs, estimated at £24,000 annually.
Environmental Impact
The solar PV system will prevent the emission of approximately 11,140 kg of CO2 annually, contributing to the warehouse’s goal of reducing its carbon footprint. Over the system’s 25-year lifespan, this equates to around 278,500 kg of CO2 emissions avoided.
Scalability and Future Readiness
The SolarEdge system is designed with scalability in mind. As the warehouse’s energy needs grow or if additional facilities are added, the system can be expanded with minimal disruption. The advanced monitoring system ensures ongoing efficiency and ease of maintenance.
| System Info | |||
| System Size | 65.72Kwp | PV Generation (Energy) | 57,630Kwh/Year |
| Inverters | 1 | C02 Emissions saved (Annually) | 11,140kg |
| Solar Panels | 124 | Equivalent Trees Planted (Annually) | 512 |
Conclusion
The installation of the 65.72 kWp SolarEdge solar PV system at the new warehouse facility has proven to be a highly successful project. The system not only meets the facility’s immediate energy needs but also positions the warehouse as a model of sustainability and energy efficiency in the region.
This case study demonstrates the effectiveness of integrating advanced solar technology into new industrial developments, offering significant environmental and financial benefits. As the facility moves forward, the SolarEdge system will continue to play a crucial role in its energy strategy, contributing to a greener future for the company and the community.
