Breaking Barriers: Navigating challenges in the Indian solar space

By Tanmoy Duari, Chief Executive Officer, Axitec Energy India Private Limited

In the global context, India grapples with being a major energy importer, re­ly­ing on various countries for about 85 per ce­nt of its total energy and fuel needs. This he­avy dependence poses economic chall­e­nges and vulnerability to geopolitical fl­u­c­t­uatio­ns. The adoption of solar energy be­c­o­­mes pivotal for ensuring the country’s e­n­ergy security and economic sustainability. India has made significant strides in solar power deployment, securing a leading position globally with 72 GW of total installations. The country’s geogra­phical location further reinforces the possibility of solar energy adoption. With app­roxi­mately 300 clear and sunny days annually, the calculated solar energy incidence on India’s land area is approximately five quadrillion kWh per year, surpassing its total fossil fuel energy reserves.

Navigating obstacles

Despite promising prospects, the solar industry in India faces significant challen­ges. Until 2011, the country was a major exporter of high quality solar modules but issues such as the lack of financing support, inconsistent government policies, and competition from low-priced Chinese imports hindered the growth of domestic module manufacturing. Government initiatives aim to promote solar power and provide financial aid to local players. However, techno-economic challenges prevalent in the solar industry are a hindrance to the setting up of module manufacturing facilities in India. Additionally, the solar industry relies heavily on imports, raising concerns about the security of the supply chain.

Solar panels, while promising, currently convert only a small percentage of sunlight into energy. Hence, reliability concerns exi­st, particularly in areas with limited sunlight. Transmission and distribution (T&D) losses further contribute to economic challenges, with approximately 40 per cent lo­ss­es making solar energy generation less feasible. Government initiatives such as research and development (R&D) activities, and collaborations with universities aim to address these technological and economic challenges. Efforts are under way to reduce the in­stallation cost of solar power plants, up­grade substations and T&D lines, as well as enhance the overall efficiency of solar panels and equipment.

Balancing the scales

A significant barrier to widespread solar energy adoption is the substantial initial in­vestment. Solar systems demand considerable upfront cost, leading to longer payback periods. While it has witnessed a su­rge in demand due to factors such as low cost of power generation, government su­pport, and increasing environmental awar­eness, financial challenges associated wi­th implementation remain an obstacle. Ov­ercoming these challenges requires innovative financing models, incentives, and a supportive policy framework to en­co­urage investment. Despite the challenges, solar energy in In­dia has achieved significant milestones. Factors such as low cost, government su­p­port and growing environmental consci­ousness have contributed to a substantial increase in solar power dem­and. However, technological advancem­en­ts are necessa­ry to improve efficiency and reliability as well as increase the industry’s reli­ance on go­­vernment policies. Admi­nis­trative issu­es, including land acquisition, government ap­provals and material supply limits, lead to delays in the development of solar pla­nts.

Shaping tomorrow’s energy landscape

Efforts are on to resolve the issues related to space constraints and aesthetics associated with solar panel installations. To this end, innovative products, such as smart so­lar blinds, are being developed for houses and buildings to utilise window areas and generate solar energy. These blinds au­tomatically adjust their angles according to sunlight, optimising energy generation. Solar thermal collectors are also emerging as a space-efficient alternative to traditional generators. Start-ups are playing a crucial role in driving innovation within the industry by working on solutions to enha­nce efficiency and reliability, and speed up installation processes. These start-ups are not only contributi­ng to technological ad­v­ancements but are also receiving signi­ficant funding, in turn, generating employment opportunities and resources in the country.

India stands at the forefront of solar energy adoption, driven by challenges such as limited natural resources for power generation, rising power demand, distribution di­ffi­culties in rural areas, and increasing fuel pri­ces. Government support, growing inve­stor interest, rising energy demand, and global acceptance of solar energy present opportunities for the Indian solar sector to thrive. The commitment to solar energy is evident in multi-billion dollar investments, a result of collaborative efforts by the government and private solar companies.