Package solar power generation, storage batteries, and EV charging systems! Maximize the use of solar power to minimize CO2 emissions and electricity costs!
■Maximize the use of electricity generated by solar power through packaging! Even when solar power generation is introduced, there are often cases where the expected reduction in CO2 emissions does not materialize due to the generation of surplus electricity (waste) from not using storage batteries and the peak in electricity demand caused by concentrated EV charging. The self-consumption package combines solar power generation equipment, storage batteries, EV charging systems, etc., all equipped with our unique control technology "Synergy Link." This allows for the full utilization of solar power generation electricity and can increase CO2 reduction by up to 50%*. *Compared to typical usage conditions without EMS. ■Optimal proposals tailored to your facility's situation and requests! When introducing the self-consumption package, we conduct a unique pre-simulation to estimate the amount of electricity that can be generated by solar power and the capacity of storage batteries that can effectively utilize surplus electricity generated on holidays. This enables us to propose the most suitable equipment based on your facility's situation and requests. ■Easy to introduce self-consumption solar power generation and expand equipment! By introducing the package, individual equipment selection and complex design become unnecessary, making it easy to expand or replace equipment and reduce costs associated with system modifications. This allows for flexible responses to future decarbonization efforts.
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**Roles of Each Device (Excerpt)** ■ Solar and Battery Hybrid Power Conditioner A device that converts the direct current power generated by solar power (stored in the battery) into alternating current. ■ Solar Converter A device that adjusts the voltage of the generated power to connect with the hybrid PCS. ■ Battery Unit A device that stores and discharges generated power, capable of flexibly supplying power to necessary locations when needed (such as during peak cut implementation or emergencies). ■ Low Voltage D-FIT A device that transmits the alternating current power generated by the hybrid PCS to factories or EV chargers. ■ EV Charger A device for charging EVs (with a lineup of standard chargers and fast chargers). *For more details, please refer to the related links or feel free to contact us.*
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Since its establishment in 1919, Daihen has been engaged in the development of products necessary for society, such as transformers, welding machines, industrial robots, and high-frequency power supplies for semiconductor manufacturing equipment, contributing to the advancement of power infrastructure that underpins daily life and the evolution and development of global manufacturing. Now, as a new step, we aim to become a "research and development-oriented company" that directly addresses social issues. Through the development of energy management systems that contribute to the expansion of renewable energy use, charging infrastructure essential for the spread of EVs, and new joining processes that aid in vehicle weight reduction, we aim to contribute to the realization of a decarbonized society with our "Green Solutions." Additionally, we strive to address "labor shortages" and the "diversification of workers and work styles" by providing optimal problem-solving methods through "Tailored Solutions," which are essentially "custom-made" robotic systems tailored to the specific circumstances of our manufacturing customers. By focusing on these areas and strengthening our development efforts, we will continue to introduce products with unique value to the market, aiming to delight our customers and contribute to society more than ever before.