矢崎エナジーシステム Product Lineup

■Energy sources: Utilization of diverse energy sources ➡ Low cost ■Indoor environment control system: Creating "four seasons" with hot and cold water ➡ Quantitative and consistent quality ■ICT/IoT technology: Solving the labor shortage problem ➡ Timely and low personnel ■Cultivation control system: Pursuit of deliciousness and increased income ➡ Quantitative and consistent quality 　　　　　　　　　　　　　　⇊⇊⇊⇊ ■Environmentally friendly agricultural system: Energy-saving and energy-generating agricultural houses ➡ Low cost and consistent quality

Are you having trouble with "promoting carbon neutrality," "responding to energy conservation law amendments," or "ESG management"? In response to energy challenges in factories, such as reducing electricity consumption, decreasing fossil fuel use, and expanding the introduction of renewable energy, our company provides support from energy measurement to solutions based on our track record of 82 energy diagnostics (*). Since we can offer a one-stop solution from proposal to construction, we can promote carbon neutrality while keeping costs down. 【CO2 Reduction Benefits When Implemented (Partial)】 <Hotels> ■ CO2 Reduction Amount: 99t/year ■ Area of cedar forest that absorbs CO2 in one year: 11.6ha ■ Amount of wood pellets used: 162t/year (*) Energy diagnostic achievements…CO2 reduction potential diagnostic project (Ministry of the Environment) *For more details, please refer to the PDF document or feel free to contact us.

By focusing on the methane gas contained in biogas and measuring its concentration, we can indirectly determine the calorific value. For measuring methane gas concentration, we use an infrared gas sensor that utilizes the infrared absorption wavelength of gas molecules. This allows for rapid and highly accurate measurement of gas concentration even in high concentration areas. It is equipped with a compact and inexpensive pressure reduction and flow rate stabilization system, enabling the extraction of process gas and real-time data acquisition. An example of methane concentration measurement data can be downloaded from the catalog. *For more details, please feel free to contact us. *Please note that we cannot reply to g-mail addresses on our company system.

YTC America Inc., a subsidiary of Yazaki Corporation in the United States, has developed electrode materials for energy storage devices that do not contain resin-based binders using carbon nanotubes (CNT). The technology developed this time allows the use of organic solvents or aqueous solvents without any surfactants or dispersants typically required for CNT dispersion, thereby preventing adverse effects on performance due to residual components and simplifying the manufacturing process. Additionally, we are distributing samples of CNT slurry, supercapacitors, and electrode materials for supercapacitors (CNT-coated). 【Features】 ■ Achieves approximately double the charge-discharge cycle life ■ Reduces degradation rate during rapid charging ■ Supports high-speed charging *For more details, please download the PDF or feel free to contact us.

In the medical device industry, as portability advances, there is a demand for both miniaturization of devices and improvements in battery longevity and fast charging capabilities. Particularly in portable medical devices used for patient monitoring and diagnosis, interruptions due to battery depletion are unacceptable, making a reliable power source essential. Our binder-free electrode materials address these challenges by reducing internal resistance by 40% and doubling the charge-discharge cycle life. 【Expected Applications in Medical Devices】 > Long-life Devices Batteries for pacemakers (currently in prototype development) Power sources for implantable medical devices > Fast Charging Devices Portable diagnostic devices (such as blood glucose meters and electrocardiograms) Wearable biometric monitoring devices Portable devices for home healthcare 【Benefits of Implementation】 - Extended battery operating time - Reduced charging time - Contribution to miniaturization and weight reduction of devices

Our micro heater is a tiny, fast-response heating element formed using semiconductor microfabrication (MEMS technology). It has detection functions for gases, temperature, and humidity depending on the heater temperature. It also features high durability due to its unique filter structure. It can instantly reach temperatures above 400°C, and its high precision in temperature control makes it noteworthy in fields that require high speed, energy efficiency, and localized heating, which conventional heaters cannot accommodate. Beyond applications in gas sensors, it can be developed as a "thermal source technology" suitable for incorporation into next-generation products in areas such as: - Medical and bio - Safety and industry - Chemical analysis and thermal analysis - Microfluidic devices - Materials and processes - IoT, wearables, and mobile devices.