Climate

Bangladesh-based clean energy firm SOLshare successfully closes US$1.1M financing round with support from IIX Impact Partners 

SINGAPORE, 3 July 2020 – IIX Impact Partners – the world’s most successful debt and equity crowdfunding platform for impact investing – has supported Bangladesh-based off-grid solar energy firm SOLshare in closing a US$1.1 million financing round. Investors include innogy New Ventures LLC – the venture capital investment arm of the German utility firm innogy SE— the investment arm of Portuguese utility firm EDP Ventures, as well as new angel investors from around the world. Funding will be used to bring smart solar microgrids to off-grid, underserved communities in Bangladesh, putting SOLshare on track to positively impact 2.5 million people by 2023.

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A Question of Scale for Off-grid Energy Access

The Northern state of Uttar Pradesh was described as dazzling cities surrounded by an inky black sea, in an Economist article titled “Out of the Gloom” in 2013. The vast gap of access to energy in India is symptomatic of the gap between these islands of prosperity amongst seas of paucity (Dreze and Sen, 2013), where conservative estimates suggest that 300 million people do not have access to reliable energy. The Government, at both the Central and State level, is trying to bridge this gap. During the presentation of the annual budget for 2017, the Indian Government has promised complete electrification by 1st May 2018, allocating over 48 billion rupees, or approximately US$ 750 million, towards electrifying rural villages in India.

In contrast to Government-led intervention, in the densely populated states of Uttar Pradesh and Bihar, a number of ‘Impact Enterprises’ have used market-based solutions to bridge the gap for the ‘Base of the Pyramid’ (BoP) through renewable energy. They range from those that provide lighting products, including Solar Home Systems, to small-scale Direct Current (DC) pico-grids to larger Alternating Current (AC) mini-grids. Each solution is relevant to a different aspect of the energy access ladder.

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