Kyocera’s Sustainable Energy Initiative: A Move Towards Green Power

Key Highlights

Kyocera Document Solutions Inc. implements a floating photovoltaic system at its Hirakata Plant.
The system utilizes the agricultural reservoir “Moya Pond” for power generation.
Expected to supply approximately 663 MWh of electricity annually, reducing CO2 emissions significantly.
The initiative supports local communities through maintenance payments for reservoir usage.

Introduction to Kyocera’s Floating Photovoltaic System

Starting from January 2026, Kyocera Document Solutions Inc. will enhance the sustainability of its Hirakata Plant in Osaka by integrating a floating photovoltaic system. This innovative system harnesses energy from the agricultural reservoir known as “Moya Pond,” which is adjacent to the plant. By moving towards renewable energy, Kyocera aims to reduce its carbon footprint and foster sustainable practices in manufacturing.

Details of the Installation

The photovoltaic system was installed by Kyocera EPA LLC, with the plant acquiring power through a Power Purchase Agreement (PPA). This arrangement allows the Hirakata Plant to effectively utilize renewable energy without the need for extensive infrastructure changes, thereby minimizing environmental disruption.

Transitioning to Renewable Energy

Previously, the Hirakata Plant incorporated renewable energy through rooftop solar installations. However, as demand for energy continued to grow, finding additional sites for installation became increasingly challenging. The introduction of a floating photovoltaic system not only addresses this issue but also optimizes space utilization, as it efficiently uses the surface area of the reservoir.

Environmental Impact

The new floating photovoltaic system is projected to provide around 663 MWh of electricity annually, which constitutes approximately 5.3% of the plant’s total energy consumption. This transition will also lead to a significant reduction in CO2 emissions, estimated at about 278 metric tons each year—equivalent to the environmental benefit provided by nearly 19,857 trees.

Community Engagement and Benefits

A key aspect of this initiative is its contribution to local communities. The fees generated from utilizing the reservoir surface will be redirected back to the community as maintenance and management payments. This can help address regional challenges and enhance the collaborative relationship between the plant and its surrounding areas.

Conclusion

Kyocera Document Solutions Inc.’s commitment to renewable energy through the floating photovoltaic system exemplifies a forward-thinking approach to sustainable manufacturing. By leveraging innovative technology and community involvement, Kyocera sets a benchmark for environmentally responsible business practices in the industry.

Kyocera Unveils Innovative Floating Photovoltaic System: A Game-Changer in Solar Technology