Future of Solar Panels on a Farm: Agrivoltaics Explained
Oct 15
As of March 2024, the pipeline of open access solar projects in development and pre-construction stands at over 18 GW, with nearly 74% located in Karnataka, Rajasthan, Maharashtra, Tamil Nadu, and Andhra Pradesh. Open access electricity allows businesses to procure renewable energy directly from solar power plants, bypassing traditional power providers. This model is particularly beneficial for companies with significant energy needs but limited on-site space for solar installations.
With the open access solar policy and lower open access power purchase agreement prices, more businesses are adopting open access solar installations. Green energy is on the rise due to financial savings and corporate initiatives to integrate renewable energy. Off-site open access solar plants allow companies to reduce their carbon footprint while meeting long-term energy transformation goals and complying with Renewable Purchase Obligations (RPOs).
Open access in electricity in India enables large consumers to purchase electricity directly from Independent Power Producers (IPPs) instead of relying on local distribution companies. Introduced by the Electricity Act of 2003, this system promotes competition and transparency in the open access power trading market. Consumers with a minimum connected load can procure energy from their choice of open access solar power plant, providing flexibility and cost advantages.
This model is crucial for large-scale Commercial & Industrial (C&I) consumers who aim to incorporate more open access solar power into their operations, reducing energy costs and carbon emissions.
Open access solar solutions, also known as off-site solar solutions, allow businesses to tap into renewable energy generated from solar projects located off their premises. These solutions are particularly beneficial for large companies that may not have enough space for on-site solar installations but still want to integrate renewable energy into their power supply.
GSE Renewables has developed dedicated solar parks across various states to meet the energy needs of major industries. Commercial and Industrial consumers can procure power from these solar parks on a captive basis, ensuring a consistent and reliable supply of green energy.
As sustainability becomes a top priority for businesses, off-site solar solutions are gaining popularity. They offer a long-term, cost-effective, and dependable source of renewable energy, helping companies reduce their carbon footprint while meeting their energy demands.
Solar power allows businesses and individuals to generate or purchase electricity from the sun, using different open access models to meet their energy needs. Open access in solar energy offers flexibility in sourcing power, with consumers choosing between captive, group captive, or third-party power sales models based on their investment and energy consumption preferences.
In the captive model, the customer makes a full investment in a solar plant, which is designed to meet the customer’s own energy needs. The customer owns at least 26% of the plant and consumes at least 51% of the power it generates. Captive projects are attractive because they often enjoy exemptions from certain surcharges, making them a cost-efficient solution for businesses seeking long-term energy control.
In the group captive model, multiple consumers invest in a solar power plant. Together, they hold a minimum of 26% equity and consume at least 51% of the electricity produced by the plant. Group captive projects provide shared benefits and exemptions from cross-subsidy surcharges, reducing energy costs for businesses while promoting renewable energy.
Third-party power sales involve customers signing a long-term Power Purchase Agreement (PPA) with a solar power producer. In this model, customers do not need to make an upfront investment. They simply purchase solar power from an independent power producer, often at competitive rates, and enjoy the benefits of green energy without the responsibility of maintaining their own solar plant.
Sustainability
Solar power is a clean energy source helping companies reduce their carbon footprint. Open access solar enables businesses to embrace renewable energy for a greener future.
Access to More Solar Energy
Unlike rooftop systems, open access solar allows companies to source a large portion of their energy from off-site solar plants, overcoming space limitations.
No Space? No Problem
Businesses without rooftop space can still adopt solar through open access, removing space as a barrier to clean energy.
Reduced Electricity Costs
Open access solar offers lower tariffs than traditional electricity, cutting energy costs while promoting sustainability.
GSE Renewables (GSER) offers comprehensive solar energy solutions that prioritize efficiency, sustainability, and customer satisfaction. Backed by the 100-year-old GSE Group and with over 250 years of combined experience, we bring unmatched expertise to the renewable energy sector.
Join the renewable energy revolution with GSE Renewables and explore the benefits of solar open access installations in India. Harness clean, affordable solar power to meet your business’s energy needs while contributing to a sustainable future.
Connect with us to learn how open access in electricity can reduce your energy costs and boost your sustainability goals. Email us at [email protected] and start your journey to cleaner energy today.
The power rating of a commercial solar panel typically ranges from 250W to 500W. Higher ratings, such as 400W to 500W, are common in larger commercial installations.
The energy production of a commercial solar panel varies, but a typical panel can generate between 300 to 500 watts (0.3 to 0.5 kW). Over a day, this translates to approximately 1.5 to 2.5 kWh, depending on sunlight conditions and panel efficiency.
The average output of a commercial solar panel typically ranges from 250 watts to 500 watts, depending on its size and efficiency.
Commercial solar panels typically have an efficiency of 15% to 22%, indicating how much sunlight they convert into electricity.