Ecolohas builds smart homes in Taiwan with renewable energy


Ecolohas Energy Technology is helping Taiwan to build sustainable homes by delivering smart energy storage systems, smart microgrid systems and distributed microgrid energy storage systems that allow people to generate their own power and reduce their electricity bill.

“We aim to develop and provide self-efficient energy solutions to decrease carbon emission, help resolve climate change challenges and create an ecological, energy-saving and eco-friendly world.” said Kevin Yang, president, Ecolohas.

Founded in 1998, the company is a social enterprise focusing on distinctive green energy solutions in Taiwan. It has strong technical teams focusing on energy communications and power distribution. Ecolohas invests many research resources in R&D integration, coordination, and management to build energy network, distributed energy and smart microgrid architecture, which effectively fulfil the needs of the general public.

Ecolohas combines solar power, home energy storage, and concentrated energy storage technologies to build microgrid system to substitute utility power. Ecolohas also introduced the hybrid energy storage system- Wolf ZX to Japan’s market.

Ecolohas has developed a variety of energy storage systems for different applications and collaborated with governments, industries, academics and R&D institutes. Furthermore, the enterprise has devoted in multiple post disaster reconstruction projects such as the reconstruction of 2009 Typhoon Morakot post solar power community, involved in rescue missions of 2015 Nepal earthquake and relevant 2016 Typhoon Meranti post-disaster reconstruction projects.

With main products such as smart energy storage system, smart microgrid system, and distributed microgrid energy storage system “Battery Ship”, the company customise design planning for various energy system.

The smart energy storage systems are designed for home, business and power grid. It is durable, waterproof and dustproof, and could be applied to various scenarios. With the remote monitoring function, consumers could monitor the renewable energy power generation, power consumption and load power storage data anytime and anywhere. In addition, the smart microgrid system consists of three main elements: renewable energy power generation system, independent small-scale energy storage system, and centralized large-scale energy storage system. Moreover, the system integrates battery and energy management systems providing better quality and improvement on efficiency.

 



Source link

Leave a Reply

Your email address will not be published. Required fields are marked *