Two companies are constructing a 1MW solar PV plant in Thailand using various combinations of technologies in order to set up a learning centre and advisory board to help solar developers across the Southeast Asia region.
An open fund for solar energy and energy storage in various emerging markets has been launched by Franck Constant, the co-founder of Sonnedix Group and director of Sithe Pacific, PV Tech can reveal.
Political changes over the last four years and the recent death of King Bhumibol has brought some inertia to the Thailand market, but industry members expect the market will return to strong growth in the second half of 2017.
Indonesia’s multiple isolated grids represent opportunities for intrepid solar developers, according to Andre Susanto, Clean Energy Consultant at Bluejay Energy.
Choosing good quality solar equipment will be essential to keep the solar industry sustainable in Southeast Asia, according to Wandee Khunchornyakong Juljarern, chairwoman and chief executive, SPCG, the largest solar installer in Thailand.
Household solar systems have taken hold in Laos, but PV deployment on a grand-scale is being held back by a focus on hydropower, according to delegates at the Solar & Off-Grid Renewables Southeast Asia Event, in Bangkok.
Leading thin-film producer First Solar has decided to skip the previously planned migration to its Series 5 module platform, while bringing plans forward to migrate to its large-area Series 6 module technology to 2018.
France, Brazil, India and several other countries have signed a framework agreement as part of the International Solar Alliance (ISA) at the COP22 conference in Marrakech, according to Indian energy and mines minister Piyush Goyal.
The Thai Energy Policy and Planning Office (EPPO) has announced new solar development plans for 2017, which open up several opportunities for foreign investors to participate.
Neo Solar creates a new IPP for PV projects, Vivint Solar secures US$200m in tax equity, OneRoof closes new fund, and Mexico to small-medium-scale residential solar t by 71%.
