Next-generation smart power conversion system for "creating," "storing," and "using wisely" energy. [Autonomous, interconnected, bidirectional, energy monitoring]
■If the energy obtained from the power system can be maintained and controlled at a constant level, that system can become a very stable load. It can also serve as a stable power supply source. ■The Smart Power series from Tokyo Electron Device Nagasaki Co., Ltd. consists of the "SPU series," which enables energy demonstration experiments and visualization, the "SPM series," which allows for the construction of any energy system, and the "SP-Manager," which controls and manages the Smart Power series in conjunction with external management systems. Additionally, there is the "SPC series," which is a custom product that condenses and repurposes internal resources. ■It is an intelligent type of digital power supply necessary for next-generation smart energy systems. ■Using the experience and advanced technology cultivated so far, it has been uniquely developed from product planning. ■The entire process from development, manufacturing, inspection, shipping, to after-sales follow-up is conducted in accordance with the quality system. ◎Please consider the Smart Power series from Abar Nagasaki Co., Ltd. as the power supply for your next-generation smart energy system.
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basic information
■ Efficient utilization of renewable energy is possible. ■ Energy systems using natural energy and storage batteries can be easily constructed. ■ Peak power suppression control based on assist control using storage batteries is possible. ■ All necessary power sources and ancillary equipment (bidirectional DC/DC converters, energy generation DC/DC converters, grid-connected inverters, energy monitoring units) required to configure a smart energy system are fully provided. ■ It is equipped with autonomous interconnection functions, allowing coordinated operation through information exchange between units. ■ Control and information collection via commands are possible using communication interfaces such as CAN I/F and LAN I/F. ■ The SPU series allows direct configuration and confirmation of various settings, operating states, voltage, current, and temperature values from a client PC via a built-in web server function in a browser. [The SPM series does this through the energy monitoring unit (SP Manager)] ○ By adopting an HVDC bus connection method, it is possible to combine power units according to the system. Additionally, changing the capacity of each power unit is easy (e.g., parallel connection operation of the same power source, replacement with a high-capacity type, etc.).
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Delivery Time
※It may vary depending on inventory and system configuration, so please feel free to contact us.
Applications/Examples of results
[Achievements] - Automobile manufacturers - Automotive accessory manufacturers - House builders - Solar panel manufacturers - Charger manufacturers - Industrial equipment manufacturers - Power companies - Universities and research institutions, etc.
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Company information
Tokyo Electron Device Nagasaki Co., Ltd. offers both contract products tailored to customer needs and in-house products developed by our company. For contract products, we provide products (technologies) that meet customer requirements using "embedded technology," "communication technology," and "image control technology" necessary for controlling industrial equipment. We are also actively focusing on the development of our own products, offering products (technologies) that contribute to the spread of the "CT Card Series," which connects telephones and computers, "monitoring devices" essential for information communication, and the "smart grid," which is attracting global attention as the next-generation power grid. Tokyo Electron Device Nagasaki Co., Ltd. conducts product development and realization of commercialization based on a production system rooted in circuit design technology, core device technology, software design technology, and manufacturing at our own factory. Since our establishment, we have consistently focused on the development, design, and production of "embedded products," engaging in the development, design, and manufacturing of industrial embedded products across various fields.