Client Name: Labtech
Location: East Sussex
Project Date: July 2023
Introduction
Labtech, a leading scientific provider, embarked on a journey towards sustainability, cost-efficiency, and environmental responsibility through the implementation of a forward-thinking solar installation project. This case study highlights the successful deployment of a cutting-edge solar system, comprising 42 JA Solar 420W panels, K2 Mini Rail mounting, and a Solis 15kW inverter. The project showcases Labtech’s commitment to clean energy and sets an example for sustainable practices in the technology sector.
Project Overview
Client Objective: To harness solar power, reduce energy costs, and contribute to a greener future while showcasing a commitment to sustainable practices in the technology industry.
System Specifications
Total Panels: 42 x JA Solar 420W Panels
Panel Type: Monocrystalline
Mounting System: K2 Mini Rail Mounting
Inverter Type: Solis 15kW Inverter
Challenges
Efficient Space Utilization: Optimizing the placement of 42 panels to maximize energy generation while adhering to limited available rooftop space.
Solution
Labtech chose to go with 42 JA Solar 420W panels, recognized for their efficiency and reliability. These were mounted to the roof on K2 Mini Rail wired back to a Solis 15kW inverter – ensuring advanced energy generation and management.
Installation Process
- Site Assessment: TA comprehensive site assessment was conducted to determine the optimal panel orientation and placement on the available rooftop space.
- Panel Installation: The 42 JA Solar panels were securely installed using K2 Mini Rail mounting, with meticulous attention to structural integrity and weatherproofing.
- Inverter Setup: The Solis 15kW inverter was installed along with a communications dongle to facilitate efficient energy conversion and real-time monitoring capabilities.
Results
Energy Production: The 42-panel solar system generates an average of [specific energy production data withheld for confidentiality] annually, significantly reducing Labtech’s dependence on conventional energy sources.
Cost Savings: Labtech now saves approximately £5,000 per year on electricity expenses, ensuring a rapid return on investment.
Environmental Impact: The installation reduces carbon emissions by approximately 8.94 tonnes annually, solidifying Labtech’s commitment to environmental stewardship.
Conclusion
Labtech’s adoption of advanced solar technology signifies a significant step towards sustainability, cost-efficiency, and environmental responsibility. This installation serves as an inspiring example for businesses seeking to reduce their carbon footprint, lower operational expenses, and champion a greener, tech-driven future.
