The world has already accepted renewable energy (especially solar) as future mainstream energy instead of fossil fuels. And now global energy moves show an interesting pattern that highlights global intent of utilizing the solar energy through engineering innovation.
To make a positive change in the energy scenario, the world really needs more focus on rapid solarisation. And floating solar is a successful attempt to achieve that purpose.
The Inception and Potential
The first floating solar plant was installed in Korea on Geumgwang reservoir in Anseong, Gyeonggi Province in 2014. The plant had a 465 kW energy generation capacity and consisted of 1,600 solar modules. The inception brought insight on the benefits of such installations. And in 2015, Japan announced the installation of then largest floating solar plant, comprising of 9,000 solar panels. However, within 2016, a much bigger installation of floating solar plant (consisting of 23,000 panels) was inaugurated on Thames, capable of producing 6.3 MW energy.
In our pursuit for convenience and better life, we have gone a long way making inventions and innovations that make our lives comfortable, no doubt; but it also ruins the environment we live in. Operating on fossil fuel, most of the latest inventions pose serious threats to the climate, which is changing rapidly, thus affecting the existence of mankind on this planet.
In the race to create a better lifestyle, secured economy, and progressive social structure, a handful of countries have fared better than the rest. The reason behind could be the impact of the industrial revolution, natural resource availability, social awareness, or plain and simple agile business tactics. But, the result definitely sets countries like US, UK, Germany, Japan, apart from the likes of India, Africa, Brazil, Indonesia.