BCP Measures / Solar Power Generation System Full Self-Consumption Type Tsuruta Electric PPSC
Solar power generation system, full self-consumption type, PPSC series.
In-house power generation with a fully self-consumption solar power system enables BCP measures, significantly reducing electricity costs during normal times and providing power supply during outages and emergencies.
The PPSC series of solar power generation allows for power procurement independently, even without electricity from the power company or fuel. It efficiently utilizes the solar energy generated. In the event of natural disasters such as earthquakes and floods, as well as conflicts, terrorism, or unexpected crises, it is not an exaggeration to say that preventing business shutdowns and quickly restoring operations to minimize the impact on the business is a lifeline for companies. Implementing BCP measures tailored to the company is crucial for protecting employees' lives during emergencies like natural disasters, reducing damage as much as possible, and quickly resuming business operations. It is important to prepare with awareness for securing power sources for disaster situations and restoring power within approximately one week. Not only does this facilitate early business resumption, but it also enables power sharing during disasters within the local community. By integrating "PPSC Transformer" + "Protection Devices" + "Control Devices," the self-consumption type solar power generation PPSC simplifies equipment installation and can build a self-consumption system according to installation space and purpose, even in harsh conditions such as salt damage. During power outages, power is supplied from solar generation, and surplus electricity is stored in batteries. For a battery system that can be used even at night, please refer to the OFGS series.
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basic information
System construction tailored to each manufacturer's PCS (power conditioner). The PPSC series, which simplifies installation work through the integration of transformers, protective devices, and control devices, protects power generation equipment with a unique method that completely isolates the power conditioner (PCS) from the grid and power supply, enhances power generation efficiency with safe electricity supply, and prevents the challenge of reverse flow through real-time tracking control to make effective use of solar energy. =PPSC: Photovoltaic Power Self-Consumption System= ■ Real-time tracking control ■ Prevention of leakage current through the function of isolation transformers ■ Adoption of a unique complete isolation method ■ Reverse flow prevention function ■ Voltage conversion (converting the output voltage of the power conditioner/PCS to 210V) ■ Lightning surge prevention function ■ High efficiency and low standby power ■ Compatible with distributed transformers (e.g., 50kVA x 6 units) ■ Simplification of installation work through the integration of "transformers" + "protective devices" + "control devices" ■ Compliance with fire prevention regulations (FR series) ■ Specification for salt-resistant and heavy salt-resistant models available ■ On-site survey and estimation ■ Support for on-site PPA models
Price information
Please feel free to contact us. Let us know your preferences or any questions you may have regarding the installation environment, installation purpose, power generation capacity, and compatibility with the on-site PPS model.
Delivery Time
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Applications/Examples of results
At Tsuruta Electric, we have been operating an energy supply system using in-house power generation as part of our BCP measures since 2019. We have achieved significant reductions in electricity costs from our 49.5 kW in-house power plant (with actual annual savings of 1.8 million yen minimum) and expect to recover the installation costs within six years. The PPSC series adopts a unique fully insulated design that prevents sudden outages of solar power generation equipment due to leakage, enabling safe electricity supply. We conduct everything from development, design, installation, operation, to practical verification of equipment lifespan and performance, providing flexible engineering tailored to various conditions and objectives, such as installation environment, scale, necessary power for BCP response, and CO2 reduction effects. = PPSC Installation Configuration = ◇ PPSC Master (Install PPSC transformer within 20m from the cubicle) ◇ PPSC Slave + Control Box (Install PPSC transformer in locations more than 20m from the cubicle) ◇ Distributed type (e.g., PPSC Slave 50kVA x 6 units + 6 power converters) ◇ On-site PPA model (installation costs borne by the power generation operator) ◇ Design measures for protection against salt damage and lightning surges
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Company information
At our domestic factory certified to international standards, we carry out integrated in-house production, from transformer development to manufacturing, inspection, certification, and shipping. Including the manufacture of transformers for medical equipment, semiconductor manufacturing equipment, machine tools, and other applications, we also offer a wide range of products and technologies for various fields, with the mission of providing safe electricity supply, including full amount self-consumption solar power generation systems and switchboards for industrial battery storage systems. With over 50 years of proven technology and expertise, we provide energy solutions such as various transformers and power reception/supply systems. We manufacture optimised transformer products for a wide range of applications and specifications, including machinery, equipment, systems, and various types of plants. In addition, we offer transformer systems for renewable energy/solar power generation systems, with a track record of manufacturing and installing more than 15,000 units. We propose solutions that take into account installation and construction issues as well as environmental conditions, with a focus on safety and reliability. Furthermore, in battery storage systems, we deliver optimal solutions for efficiently utilising solar power generation.