Ecolohas is constructing smart homes with green energy in Taiwan

 By offering smart energy storage systems, smart microgrid systems, and systems for distributed microgrid energy storage, Ecolohas Energy Technology company helps Taiwan create sustainable residences that allow people to produce their power to minimize their electricity bills. “We strive to build and deliver self-efficient renewable technologies solutions to minimize carbon emissions, to help overcome the challenges of climate change and to establish an environmentally sustainable, energy-saving and environmentally friendly planet,” stated President of Ecolohas, Kevin Yang.   

The business was founded in 1998 and is a social enterprise focused in Taiwan on distinctive renewable energy solutions. It has a large professional staff with an emphasis on energy transmission and delivery of electricity. To develop a distributed energy, energy network, and smart microgrid infrastructure that efficiently serves the public’s needs, Ecolohas invests several scientific tools in coordination, R&D integration, and management. Ecolohas incorporates home energy storage, solar power, and robust energy storage systems to develop microgrid projects to replace utility power. Ecolo also launched the Wolf ZX hybrid energy storage system to the Japanese market.

Ecolo has launched a set of energy storage technologies for numerous applications and partnered with governments, businesses, universities, and R&D institutes. The organization has also engaged in many post-disaster reconstruction initiatives, like the 2009 Typhoon Morakot rehabilitation, the post-solar energy community, participating in the 2015 Nepal earthquake rescue missions, and related post-disaster reconstruction projects for Typhoon Meranti in 2016. The business customizes concept planning for different power systems with necessary items like the smart microgrid system, smart energy storage system, and systems for distributed microgrid energy storage ‘Battery Ship.’

Smart energy storage solutions are planned for residential, industrial, and power grid applications. It is robust, waterproof, dustproof, and can be used in different situations. Consumers can track the generation of renewable energy, power usage as well as load the power storage data anywhere and anytime with the remote monitoring feature. In addition, there are three core components of the smart microgrid scheme: a solar electricity generation system, an autonomous system for small-scale energy storage, and a centralized system for large-scale energy storage. In addition, the device incorporates battery and energy storage solutions to offer higher output and performance upgrades.

With the currently available grid storage systems, capability and costs differ. Intertek aims to define as well as mitigate energy storage architecture, execution, and operating risks by representing utility project managers, power suppliers, and others performing energy storage studies. Energy storage offers utilities with the required versatility for new power generation and delivery by enhancing grid reliability and security.

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