Sustainable Islands International website reports that a 30kWh/8 kW prototype  has been installed in Scotland to support a remote community and has been running successfully since 2013. This product has been recently selected by Canadian and UK governments to install large scale SLIQ battery systems to support the grid and to support storage of renewable generation. According to this news article in a British news paper this technology and supporting electronics will demonstrate how this energy storage systems can increase uptake of renewables, save money for customers and utilities, and accelerate carbon reductions by boosting the use of electric energy. The University of Strathclyde is leading a research project aimed at reducing the cost and improving the performance of battery technologies, for use in developing countries and emerging economies using this technology. With the development of this technology for developing countries, the faraday institute and University of Strathclyde believe they can help communities with low or no connectivity to have reliable access to energy sources and bringing economic, social and environment benefits to developing countries and emerging economies. In addition this technology has been used to set up a smart energy network for Perth & Kinross council to decarbonise all their assets and to achieve net-zero status.