At Spenomatic, we are committed to transforming industries with sustainable energy solutions that enhance efficiency, reduce costs, and minimize environmental impact. This 2.4MW solar installation, spread across two plants, is a testament to how clean energy can revolutionize tea processing and manufacturing.








Project Overview
β System Size: 2.4MW Solar PV across two plants β Energy Generation: Over 5GWh of electricity per year, supplying 17% of total power needs β Objective: Transition to renewable energy, reducing carbon footprint and operational costs
Optimizing Tea Processing with Solar Power
Tea processing is an energy-intensive operation, requiring a constant, reliable power supply for withering, drying, and extraction. To meet these demands, a custom-engineered solar system was integrated to: πΉ Enhance Energy Independence β Reducing reliance on the grid while ensuring uninterrupted operations. πΉ Seamlessly Integrate with Other Renewable Sources β Works alongside hydropower, biogas, and steam energy to form a comprehensive clean energy mix. πΉ Deliver Cost Savings β The system is expected to generate financial savings of $300,000-$400,000 per year, significantly lowering electricity expenses. πΉ Cut Carbon Emissions β Preventing approximately 2,000 tonnes of COβ emissions annually, supporting long-term sustainability goals.
Impact & Sustainability Benefits
β 60% of the facilityβs electricity now comes from renewable sources, significantly reducing environmental impact. β Strengthened energy security, ensuring stable and efficient production even during grid fluctuations. β Leading the way in sustainable tea processing, setting a benchmark for eco-friendly industrial operations.
Brewing a Greener Future with Clean Energy
This project demonstrates how solar energy, combined with other renewable sources, is shaping the future of tea production. With a strategic focus on efficiency, cost reduction, and sustainability, this initiative is paving the way for a cleaner, more resilient industry. βοΈ Looking to make your operations more energy-efficient? Letβs make it happen. π