Mouser Unveils Alternative Energy Resource Center, Offering Engineering Insights for Distributed Systems
TECHWORLD ·
✦ AI Summary
Mouser Electronics has unveiled an online Alternative Energy Resource Center to support design engineers.
The center provides technical content and practical insights for developing clean, efficient and sustainable distributed energy systems, and supports renewable energy generation, energy harvesting and smart grid development.
The content is updated regularly by Mouser's technical team and manufacturing partners, and it also includes information on e-peas' AEM13921, TE Connectivity's HC-STAK 35, Infineon Technologies' TLE9012DQU and Schneider Electric's Altivar ATV320.
Mouser Electronics has unveiled an online Alternative Energy Resource Center to support design engineers. The resource center provides technical content and practical insights for developing clean, efficient and sustainable distributed energy systems.
The resource center is designed to bridge the components and design approaches needed for new energy concepts and implementations. It supports the development of renewable energy generation, energy harvesting and smart grid technologies.
Mouser said it provides engineers with in-depth information on electronic technologies and infrastructure. The related areas include energy storage, smart grids, sensors, power electronics, IoT and AI, with reliability, sustainability and scalability presented as the desired characteristics of energy implementations.
Content in the resource center is updated regularly by Mouser's technical team and trusted manufacturing partners. The updates incorporate the latest products, articles, blogs and e-books related to alternative energy solutions from industry-leading manufacturers.
The resource helps engineers identify where energy technologies are headed and supports the implementation of scalable, practical solutions based on new energy systems.
e-peas' AEM13921, an ultra-efficient energy management PMIC, harvests and manages energy from a range of sources, including solar, RF, vibration and pulse inputs. The product supports low-power IoT, smart building and industrial sensing applications, while also supporting energy harvesting, storage and supply functions.
TE Connectivity's HC-STAK 35 high-voltage interconnect system is used in electric vehicle and hybrid vehicle architectures. The system carries high-voltage power between batteries, inverters, motors and power distribution systems, helping reduce resistance and power loss.
Infineon Technologies' TLE9012DQU lithium-ion battery monitoring and balancing IC is designed to monitor the condition of lithium-ion battery cells and provides voltage and temperature measurement as well as cell balancing adjustment functions. The product minimizes voltage deviation and helps optimize battery performance and reliability across electric vehicles and energy storage systems.
Schneider Electric's Altivar ATV320 solar variable speed drive (VSD) is designed to directly supply the power needed to drive motors in applications such as pumping and irrigation equipment, based on its ability to convert and manage solar energy. If available solar energy cannot meet power demand, the product switches the power supply to grid power and continues operation.
Source: TECHWORLD · Lee Gwang-jae
Original: https://www.epnc.co.kr/news/articleView.html?idxno=407474
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Source: TECHWORLD
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