A feasibility study kit ideal for students, researchers, companies, and business planning for the development and investigation of environmental power generation (devices and systems).
Energy Harvesting Educational/Development Kit Feasibility Assessment of Energy Harvesting for Electronic Devices Feasibility evaluation kit to start assessment and utilization World's first!! Specifically developed for weak power generation from heat, temperature, temperature differences, vibration, light, RF, etc. Applications: Development and evaluation of new devices Feasibility assessment of existing devices Assessment of power supply environment stability Vibration, brightness, radio waves, etc. Consideration of new methods (devices, power supply, energy storage)
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basic information
Configuration: Power management circuit made by Xidas (EHM-UNIV-1) Charging battery RHB-1530 made by Xidas Vibration generator VEG made by Xidas Indoor solar panel by PowerFilm Includes two representative types of generators Can be used for energy harvesting demonstration tests Is it optimal for your application? Can flexibly assess various environments. Equipped with both system output and stabilized output Users can select optimal charge and discharge based on resistive loads or connected sensors.
Price information
Consultation required regarding the number of sets.
Price range
P2
Delivery Time
Applications/Examples of results
EH-EDU-1 is a new product aimed at all researchers in environmental power generation. Designed as the ideal product for feasibility testing. Target: Students in the early stages of research New product for experts in power generation and devices Aiming for a perfect solution Compact electronic devices and battery-free power sources Enabling immediate trial use as well as long-term testing.
Detailed information
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New product for all researchers Designed as the ideal product for feasibility testing Target: Students in the early stages of research New product for experts in power generation and devices Aiming for the perfect solution Compact electronic devices and battery-free power sources Immediate trial use and long-term testing made possible
Company information
In the world of microtechnology, the evolution of IoT has created demand, and the enduring semiconductor MEMS industry has begun to face design limitations. Professor Mark Bachman from the University of California, Irvine (UCI) has invented more innovative solutions through 20 years of developing miniaturized mechanical technology. With a vision to spread this technology worldwide, Professor Bachman teamed up with industry entrepreneur Paul Dillon and former Cadence and AWR president James Spott to establish Integra Devices (now Xidas) on the UCI campus.
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