Background
The user is a public welfare organization in the Netherlands that has been instrumental in providing over 1 million healthy school lunches packed with vegetables to more than 20,000 children. However, due to the excessive demand for electricity, frequent power outages severely disrupted their operations, threatening their ability to prepare and deliver meals on time. The company urgently needed to scale up its kitchen facilities, but was hindered by an overloaded local power grid.
Challenge
The operational challenges posed by the unreliable power supply were compounded by the urgent need to scale up. Without a solution, the user risked failing to meet its commitment to deliver nutritious meals to schools punctually.
Solution
Responding swiftly to the urgent request, POWEROAD, a leader in energy storage solutions, installed a FLEX 215 Air cooling Outdoor Cabinet ESS at the user’s headquarters in record time. FLEX 215, providing 125 kW of power and 215 kWh of capacity, was operational just weeks after the initial request. This solution enabled the user to increase its number of ovens to 40, ensuring the preparation of over 15,000 lunches daily without the fear of power disruptions.
Highlights
- The high-power and large-capacity configuration of POWEROAD’s FLEX 215 fully met the user’s electricity demands, even with expanded kitchen facilities and 40 ovens to support the daily preparation of over 15,000 lunches, ensuring stable a power supply.
- By efficiently installing POWEROAD’s ESS, the user was able to quickly access the required power, significantly reducing dependence on the local grid and enhancing stability. This minimized losses caused by power interruptions and capacity shortages.
Project Value
The installation of POWEROAD’s energy storage system significantly reduced operational losses due to limited power capacity and decreased reliance on the grid, providing the user with greater operational freedom. The system also supports the integration of renewable energy, contributing to carbon neutrality goals. The project’s swift delivery allowed the user to maintain steady operations, driving revenue growth and improving operational efficiency. This translates to a more reliable food supply, strengthening partnerships with schools and ensuring the long-term sustainability of the initiative.
This project significantly reduced the user’s dependency on the local power grid and enhanced its resilience against power outages. It not only allowed the user to maintain its operations but also facilitated future growth. This case highlights the critical role of energy storage solutions in ensuring business continuity and operational efficiency. By implementing a POWEROAD energy storage system, the user not only resolved its immediate power issues but also set the stage for sustainable growth.
