Everything To Know About The Biggest Green Energy Plant In India By Adani

By Editor Team
Image Credit | @gautam_adani | X

Decarbonizing the Future: A Commitment to Sustainability

Adani is now hierarchical as the number one solar power generation owner globally, with 12. 32 GWac solar power portfolio. Adani Group exits total volume installed by the US solar industry in 2019. Adani Group is one of the utmost integrated solar players in the world. It manufactures solar cells and modules and owns and operates its properties through its strong internal asset management platform. Adani group is increasingly decarbonising energy landscapes and will displace 1.4 billion tons of CO2 over the life of its assets. It will make Adani Green the ultimate leader in mega-scale renewable energy project placements with a total revenue renewable portfolio of 14.62 GWac.

The Adani green energy 2500 acre solar power plant in Tamilnadu, the world’s largest solar power plant at a single sighted, generates lights that provide lights to .56 lac home with green energy sources. It has a 2.5 million solar module spread across 2500 acres and lights up 2.65 lac homes. From 2016 till date, the authorities said that they had saved 77 lac metric tons of carbon emission, which positively impacted this green plant’s environment.

Adani’s green energy project will be whole in 2027; the $ 2.3 billion Khavda Renewable energy park will cover 726 square kilometres- nearly the size of New York City. The estate expected to have the capability to produce 30 gigawatts of solar and wind energy, enough to power the homes of 18 million people, more than the mutual inhabitants of London and New York.

The Khavada Renewable Energy Park, situated in the remote Kutch region of Gujarat near the Pakistan border, is also part of the Adani group’s ambitious plan to contribute significantly to India’s renewable green energy goals. In 2022, the head of the Adani group, Gautam Adani, arrived at the site; it had an airstrip and makeshift infrastructure, such as a container office and a portable toilet. One of the world’s most significant renewable projects today is the Khavada Renewable Energy Park.

This park aims to benefit the region’s excellent solar radiation and intense wind speeds, making this location ideal for both solar and wind power generation. To address the extreme weather conditions, this park will also provide thewaterless robotic systems for cleaning the panels.

In terms of water, it is a concern for the local communities that pump out water from the ground to clean the solar panels here. However, authorities said they only consume 55 lac liters of water annually. They use an average of three hundred meters of water to clean every solar panel. The larger picture is that the plant contributes to India’s international commitment to deducting from its dependence on fossil fuels.

The project site is only 1 km from the international border with Pakistan, requiring constant surveillance by the Border Security Force (BSF). Despite these challenges, worker colonies and facilities such as mobile phone repair shops have been established to support the workforce of 8,000 people.

The Khavda Renewable Energy Park is indispensable to India’s broader national goal of generating 500 GW of electricity from non-fossil sources by 2030 and accomplishing net-zero emissions by 2070. Adani Group’s project signifies one of the most motivated renewable green energy creativities undertaken by any corporate in the country. It has the potential to transform India’s green energy sources while donating to global efforts to combat weather change.

Adani group, to make the Khavda Renewable Energy Park, confronted several challenges due to the lack of basic amenities. Adani’s group has installed solar panels and windmills, transforming the landscape. Currently, the group has commissioned 2,000 MW (2 GW) of capacity, with plans to increase it to 4 GW by March 2025, and 5 GW annually. The park aims to produce 30 GW, containing 26 GW from solar and 4 GW from wind power.    

Over five years, Adani Green directed various environmental and feasibility studies before construction began in 2022, which involved building roads, drainage systems, desalination plants, and laying optical fibre cables for connectivity. At its peak, Khavda will generate 81 billion units of electricity, sufficient to power nations like Belgium, Chile, and Switzerland.

This renewable energy initiative will generate both solar and wind power. By March 2024, Adani Green had already achieved an operational solar capacity of 2,000 MW at Khavda. Vineet Jain, Managing Director of Adani Green Energy sources, revealed that the company had completed 2 GW of power production at the site and plans to add 4 GW by March 2025, totalling 6 GW. From 2025 onward, the company aims to expand by at least 5 GW annually.

Adani Green energy is targeting 45,000 MW of generating by 2030. To optimize energy output and conserve water in the arid Kutch region, the Khavda project uses waterless cleaning robots for its solar panels.

This initiative is expected to reduce India’s CO2 emissions by approximately 58 million tonnes annually. Adani Green’s renewable energy portfolio spans 12 states, with significant production in Rajasthan and Gujarat.

The AGEL project site in Khavda employs innovative waterless cleaning robots for its solar installations. This technology addresses the dust buildup on solar panels, thereby boosting green energy sources production while preserving water in the arid Kutch region.

The renewable energy enterprise at Khavda is probable to avert approximately 58 million tonnes of CO2 emissions each year. The project extends across 12 states, with most production happening in Rajasthan and Gujarat. Although there are plans for future development into other states, Jaain indicated no specific timelines or plans.

Overall, the focus on renewable green energy, counting advancements in technologies like waterless cleaning, demonstrates India’s assurance to decreasing its carbon footprint and improving energy security. With the backing of government initiatives, the outlook for Adani green energy sources in India is promising, with the potential for substantial growth and innovation in the sector.

FAQ

What is the Khavda Renewable Energy Park?

The Khavda Renewable Energy Park is an ambitious project by Adani Green Energy that aims to generate 30 GW of solar and wind energy, located in the Kutch region of Gujarat, India.

How large is the Khavda Renewable Energy Park?

The park covers an area of 726 square kilometers, making it nearly the size of New York City.

What types of energy will the park generate?

The park will produce both solar and wind energy, contributing significantly to India’s renewable energy goals.

How does Adani Green Energy rank in the global solar market?

Adani Green Energy is currently ranked as the number one solar power generation owner globally, with a solar power portfolio of 12.32 GWac.

What technology is used for cleaning solar panels at the park?

The park employs waterless robotic systems for cleaning solar panels, addressing dust accumulation while conserving water in the arid region.

What is the projected CO2 emissions reduction from the park?

The Khavda Renewable Energy Park is expected to prevent approximately 58 million tonnes of CO2 emissions annually.

When is the Khavda project expected to be completed?

The project is set to be completed in 2027.

How many homes will the energy generated by Khavda power?

The energy generated will be sufficient to power the homes of around 18 million people, surpassing the combined populations of London and New York.

What are the future expansion plans for Adani Green Energy?

Adani Green aims to increase its capacity at Khavda to 6 GW by March 2025 and plans to expand by at least 5 GW annually thereafter, with a target of 45,000 MW by 2030.

How does the park contribute to India’s renewable energy goals?

The park supports India’s national goal of generating 500 GW of electricity from non-fossil sources by 2030 and achieving net-zero emissions by 2070.

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Wednesday, Jan 15, 2025