How Can India’s Manufacturing Industry Increase Solar and Wind Energy Adoption?

India is aiming to become a global leader in renewable energy with its focus on renewable energy. There has been a push by the government to reduce reliance on fossil fuels, particularly coal, and increase green energy sources, such as solar and wind. 

In the past decade, solar energy adoption has exponentially increased due to government incentives and technological advances.

It is necessary to have specialized manufacturing setups for both solar and wind energy components. 

India’s manufacturing industry is instrumental in accelerating the adoption of these renewable energy sources by producing high-quality components in an efficient and sustainable manner.

Here is a brief overview of the components of both sources of energy as well as government initiatives regarding them.

Solar Energy

India’s solar energy sector has seen remarkable growth due to government initiatives like the Jawaharlal Nehru National Solar Mission and various state-level solar policies. The country is targeting 280 GW of installed solar capacity by 2030, making solar a key player in its renewable energy goals.

 

Solar Panel Component © Brij Encapsulants (India)

 

Manufacturing solar components such as solar cells, modules, aluminum frames, glass panels, and EVA back sheets is essential to meeting this target. Setting up efficient factories for these components is crucial. 

The demand for locally produced components has also risen due to import restrictions on solar equipment, creating an opportunity for Indian manufacturers to expand their operations.

VMS has successfully executed numerous projects like INA Solar, Grew Energy, SAEL, etc. in solar panel component manufacturing, supporting clients in enhancing production capabilities.

Wind Energy

Wind energy was one of the first renewable energy sources adopted in India, with installations starting as early as the 1990s. Today, India ranks among the top countries globally in terms of wind energy capacity. 

The government’s focus on expanding wind energy projects, especially offshore wind farms, has increased the demand for wind turbine components.

 

Solar Panel Component © Titan Worldwide

 

Manufacturing wind energy components such as rotors, nacelles, towers, blades, and blade molds requires precision engineering. These components are typically large and complex, making their production a specialized process. 

Factories designed to manufacture these parts need to account for factors like logistics, as transporting oversized components like blades requires strategic planning.

Investing in state-of-the-art facilities and adhering to international quality standards can position Indian manufacturers as key players in the renewable energy supply chain.

Challenges in Manufacturing for Solar and Wind Energy

Despite the opportunities, the manufacturing sector faces several challenges. For solar energy, a significant hurdle is the dependency on imported raw materials, particularly silicon wafers, solar cells’ main component.

In wind energy manufacturing, the size and complexity of components like turbine blades and towers pose logistical and production challenges. Factories must be strategically located near wind farm sites or ports to minimize transportation costs and delays.

Additionally, both sectors require skilled labor and advanced technology to ensure that components meet global standards. Addressing these challenges through government support, industry collaboration, and technological innovation can accelerate India’s adoption of renewable energy.

As a leading factory consultancy, VMS specializes in optimizing manufacturing processes and logistics for renewable energy components, ensuring efficiency and quality in every project.

How Manufacturing Can Contribute to Renewable Energy Growth?

Renewable energy adoption is growing, and the manufacturing sector plays an increasingly important role.

For both solar and wind energy, setting up efficient and scalable factories can help reduce production costs, improve component quality, and ensure timely supply.

Adopting Automation and Advanced Technologies

Factories equipped with automation and AI-driven quality control systems can produce components with higher precision and consistency. This is particularly important for complex parts like solar cells and wind turbine blades.

Promoting Local Production

Strengthening local supply chains for critical materials like silicon wafers and turbine parts can reduce dependency on imports. Government incentives for domestic production can further encourage manufacturers to expand operations.

Sustainability in Manufacturing

Incorporating sustainable practices, such as using renewable energy in factories or recycling materials, can align manufacturing processes with India’s green energy goals. This not only reduces the carbon footprint but also appeals to environmentally conscious clients.

Make India a Leader In Renewable Energy With VMS

India’s manufacturing industry holds the key to the country’s renewable energy transition. By investing in advanced factories, localizing supply chains, and adopting sustainable practices, manufacturers can accelerate the adoption of solar and wind energy across the nation. 

Contact VMS Consultants today to learn how we can help you optimize your manufacturing processes for the renewable energy sector. 

Let us be your partner in driving India’s sustainable future!