Company Background
John Scott Works, a prominent division of the PRN Group, are experts in designing, manufacturing, and installing mezzanine floors. As part of their ongoing commitment to sustainability and reducing their environmental footprint, JSW embarked on a project to integrate renewable energy solutions into their operations.
Recognising the importance of sustainable manufacturing, the company identified the installation of a solar photovoltaic (PV) system on the roof of their factory as a key initiative.
Project Approach
NSI Energy planned a comprehensive turnkey solution for JSW, handling everything from applying for the grid connection agreement on their behalf through to testing and commissioning the completed system.
NSI provided complete designs, modelled various scenarios, and assisted the client in selecting a 98kWp system. Our project managers oversaw the detailed design, procurement, and installation of the system. They ensured the safe, on-budget, and timely installation of 216 Tier 1 solar panels and a Solis inverter.
Additionally, the initiative included a comprehensive monitoring and maintenance plan to ensure the system operates at peak efficiency, maximising the environmental and economic benefits for the company.
The NSI Solution
The solar PV system as installed is expected to generate a significant portion of the JSW factory’s electricity needs,
It will produce 88,000 kWh of electricity per year, meeting 48% of the client’s energy needs. With an impressive payback period of less than four years, the investment offers an excellent return on investment while delivering significant cost savings on energy bills.
By offsetting over 20 tonnes of CO2 emissions annually, the system also demonstrates a strong commitment to John Scott Work’s environmental responsibility.
Matthijs Schot (CEO PRN Group) congratulated the project team, saying “A big thank you to NSI Energy for providing us with a quick and quality service.”
Get Started with Saving Energy Today
Contact NSI Energy today to discuss your solar and energy needs.