Category

Solar

Addressing the Challenges of Land Acquisition for the Growth of Solar Industry in India

solar land acquisition

Land is a critical element for infrastructure growth. Be it roads, railways, airports, mining, power, telecom or industrial projects – each require large tracts of land for their establishment and operations. In several developing economies around the world, acquiring this critical component for infrastructure has always been a major challenge. And India, is no different. This challenge can partly be attributed to the agrarian nature of the Indian economy. Loss of livelihoods, amount of compensation offered during the acquisition process and socio-cultural conventions of land ownership create serious hurdles in land acquisition across India, resulting in slow infrastructure development and…

Viability of solar powered vehicles

Over the last few years, governments around the world have given unprecedented focus and emphasis on usage of renewable sources of energy. Solar energy has emerged as a viable source of energy which not only has the potential for substituting conventional sources of energy but also providing energy security for future industrial expansions. In the same light, the face of the automotive industry is being re-shaped by concerns over environmental implications, oil supplies, international policy and fuel costs. This has given rise to a variety of hybrid technologies, including solar cars. Solar cars are electric cars that use solar energy….

PV module waste management – The next big challenge for the solar sector

Solar Photovoltaic (PV) technology has emerged as one of the most promising technologies for improving energy security and mitigating climate change. This market is growing rapidly world-over, and further exponential expansion is expected in the coming years. In addition to its positive impacts on energy security and climate change, PV technology is also among the most favoured renewable energy technologies, particularly when evaluated from a life-cycle viewpoint. In India as well, solar power capacity has grown from a mere 2,300 MW in 2013 to over 27,000 MW in 2018 at a CAGR of 64%, making India one of the top…

Can India Fulfill its climate change obligations?

Global engagement on climate change and energy conservation has been creating quite a stir. At a stage when most of the countries are progressing towards lowering their carbon footprint and harnessing renewable resources of energy, India too stands tall with several environment saving projects to its credit. It has decided to phase out its fossil fuel based energy generation and shift to green energy. India has pledged to reduce its carbon emissions by 33% – 35% by 2030 in comparison to 2005. To achieve this target, the Government of India announced an ambitious renewable energy target of 175GW by 2022…

How Solar Industry can contribute to India’s economic growth

India is fast moving towards a clean energy mix to support its consumer power requirements. It is the world’s third largest producer and fourth largest consumer of electricity in the world as of August 2018. Going solar is a decision that has enormous importance in today’s world of climate change and uncertainty of rising energy costs. There are signals that significant investments and supportive stance from the government have started to pay off. The falling costs of the renewables are making these alternative sources more viable to explore. In fact new solar and wind backed energy sources are now 20%…

BOS costs will play an important role in future solar installations

future solar installations

There has been prolific growth in the adoption of solar PV technology worldwide in the last few years and the trend is set to continue in the future. Solar power is increasingly competing with conventional energy sources, with many countries around the world attaining grid parity, which essentially means levelized cost of electricity (LOCE) from solar PV is less than or equal to the price of power from the electricity grid. This growth can be mainly attributed to significant cost reductions in the segment, including a reduction in the cost of solar photovoltaic (PV) modules. With constantly falling price of solar…

Top 5 Developments of Indian Solar Industry in 2018

2018 was a mixed year for the Solar Industry in India. Although the nation achieved 6.6 GW of new solar installations across the country, industry analysts pointed to a deceleration in the pace of growth in the sector. While the government is making all efforts to achieve its ambitious target of 100 GW installed solar capacity by 2022 and is confident of achieving this target. While there is no question on the intent of the government, statistics and figures show otherwise. So what were the top developments in the sector in the year 2018? As we inch closer to the…

Half Cut Solar Cell Modules – The next big thing in PV module technology

solar modules

Solar cell technology has come a long way since the development of the first solar cell in 1888 by Aleksandr Stoletov. While the contribution of Stoletov to PV module technology cannot be denied, his solar cells with efficiencies of less than 1%, could hardly produce enough energy for any meaningful usage. The credit for breakthrough in this area solar cells was achieved by Bell Labs in the year 1954 that produced solar cells with efficiencies of upto 6% and were used for high-tech applications by leading research institutions. Over the next few decades, solar cell and module technology underwent remarkable…

Floating Solar Power Plants – A promising technology that needs time to evolve

floating solar power plant

The Government of India recently announced an ambitious plan to develop 10 GW Gigawatt (GW) of floating solar capacity in the country over the next three years till 2020-21. Soon after, the Solar Energy Corporation of India (SECI), India’s central public sector undertaking responsible for implementing renewable energy schemes in the country floated an expression of interest (EoI) from project developers to develop 10 GW of floating solar capacity. The objective of this EOI was to understand the feasibility of developing large scale floating solar PV capacities across the country. While the industry has praised the intent of the government…

BIPV to act as a substantial enabler to adoption of solar energy

solar installations

Building integrated photovoltaics (BIPV) are photovoltaic materials that are used to replace conventional building materials in parts of the building such as the roof, skylights, or facades to generate electricity out of sunlight. In addition to power generation, BIPV retains properties of conventional building materials like insulation, heat absorption and cooling qualities. As solar energy moves into the mainstream, there has been a noticeable shift form perceiving solar as primarily a retrofit option to a building’s energy profile. With majority of new building construction today being designed with sustainable energy footprint in mind, BIPV systems offer an ideal solution. BIPV…