Solar Hybrid Inverter

MNRE Guideline: Allow to Export of Extra Power Generation to the Grid Via a Solar Hybrid Inverter

In recent years, there has been a paradigm shift towards sustainable and renewable energy sources, with solar power emerging as a frontrunner in the race towards a greener future.

Governments around the world are encouraging the adoption of solar energy, not only for personal consumption but also for contributing surplus power back to the grid. In this blog, we’ll explore the exciting possibilities offered by EnerTech solar hybrid inverters, empowering individuals and businesses to export excess power generation to the grid.

Empowering the Grid: Exporting Excess Solar Power with Solar Hybrid Inverters

EnerTech Solar hybrid inverters have ushered in a new era of energy independence and sustainability. By harnessing the power of the sun and intelligently managing surplus energy, individuals and businesses can actively contribute to the grid, reducing dependence on traditional fossil fuels.

As governments continue to promote renewable energy initiatives, the integration of solar hybrid inverters into our energy landscape holds the promise of a cleaner, greener, and more sustainable future.

Why We Need Grid Export Facility in Solar Hybrid Inverters??

The grid export facility in a solar hybrid inverter serves several important purposes, contributing to the efficiency, reliability, and overall benefits of a solar power system. Here are key reasons why having a grid export facility is valuable:

  1. Optimizing Energy Utilization: Solar power generation is intermittent and influenced by factors such as weather and time of day. The grid export facility allows excess energy generated during periods of high solar production to be fed back into the grid rather than going to waste. This optimizes energy utilization and ensures that the energy generated is put to good use.
  2. Economic Benefits through Net Metering: With grid export capability, solar power system owners can take advantage of net metering programs where available. Net metering allows users to receive credits for the excess electricity they feed into the grid. These credits can then be used during periods when the solar system’s output is insufficient to meet the energy demand.
  3. Supporting Grid Stability: By exporting excess power to the grid, solar hybrid inverters contribute to grid stability. The grid export facility allows for a more balanced and distributed energy supply, reducing the strain on the grid during peak demand periods.
  4. Maximizing Return on Investment (ROI): For individuals or businesses investing in solar power systems, the ability to export surplus energy enhances the overall return on investment. The credits received through net metering or other incentive programs can offset electricity bills, making the economic benefits of solar power even more attractive.
  5. Environmental Impact: Grid export facilities promote the adoption of renewable energy sources and contribute to a reduction in reliance on non-renewable energy. This, in turn, supports environmental sustainability by decreasing greenhouse gas emissions and mitigating the impact of climate change.
  6. Grid Independence and Redundancy: During periods of grid outages or emergencies, solar power systems with grid export capabilities may be designed to operate independently or with backup power sources. This enhances energy resilience and provides a degree of redundancy in the event of unforeseen circumstances.
  7. Encouraging Renewable Energy Adoption: The availability of grid export facilities encourages more individuals and businesses to adopt solar power systems. This increased adoption contributes to the growth of renewable energy infrastructure and aligns with global efforts to transition towards cleaner and more sustainable energy sources.

EnerTech customers have their own facility to export extra power to the grid when they need it!!

Net metering allows solar power system owners to export surplus electricity to the grid and receive credits for it. This can be particularly beneficial when the solar installation generates more power than the consumer is using. The excess electricity is fed into the grid, and the consumer receives credits that can be utilized when their energy consumption exceeds the solar generation.

EnerTech has a large customer database of those who utilized this feature in India.

Like Maharashtra, Uttar Pradesh, Bihar, Haryana, Rajasthan, Madhya Pradesh, Uttarakhand, Assam, Jharkhand, Chattisgarh, Punjab, Goa, Telangana, Andra Pradesh, Karnataka and Other Parts of India.

It’s fantastic to see the widespread adoption of hybrid solar inverters with grid export facilities by various customers across different states in India. The deployment of such systems not only promotes clean energy but also provides an avenue for users to contribute surplus power back to the grid. Let’s take a closer look at some of the customers benefiting from this technology:

  1. Bihar, India (50KVA 240V 3P): In Bihar Customer has embraced a 50KVA solar hybrid inverter with a grid export facility, showcasing a commitment to sustainable energy practices in the region.
  2. Maharashtra, India (30KVA 240V 3P): In Maharashtra Customers have opted for a 30KVA solar hybrid inverter, emphasizing the importance of grid export capabilities in optimizing their solar power system.
  3. Haryana, India (20KVA 240V 3P): In Haryana Customer has chosen a 20KVA solar hybrid inverter, contributing to the state’s renewable energy landscape with grid export functionality.
  4. Haryana, India (60KVA 360V 3P): In Haryana Customer has invested in a robust 60KVA solar hybrid inverter, showcasing the scalability of such systems for larger applications.
  5. Rajasthan, India (20KVA 240V 3P): In Rajasthan Customer has integrated a 20KVA solar hybrid inverter into their energy infrastructure, highlighting the adaptability of this technology across different regions.
  6. UP, India (125KVA 360V 3P): In Uttar Pradesh Customer is making a significant impact with a powerful 125KVA solar hybrid inverter, contributing substantial clean energy to the grid.
  7. Haryana, India (12.5KVA 120V 3P): In Haryana Customer is utilizing a 12.5KVA solar hybrid inverter, emphasizing the versatility of these systems for various energy needs.
  8. UP, India (50KVA 240V 3P): In Uttar Pradesh Customer continues to leverage the benefits of a 50KVA solar hybrid inverter, showcasing the ongoing commitment to sustainable energy practices.
  9. Maharashtra, India: 10KVA 120V 3P Solar Hybrid Inverter With Grid Export Facility.
  10. Maharashtra, India: 15KVA 240VDC 3P Solar Hybrid Inverter With Grid Export Facility.

These few customers are not only enjoying the advantages of grid export facilities but are also contributing to the overall shift towards cleaner and more sustainable energy sources in their respective regions. The adoption of hybrid solar inverters reflects a positive trend towards environmentally conscious energy solutions.

How EnerTech Solar Hybrid Inverter better than the Grid-Tie Inverter??

Certainly, let’s compare the export features of EnerTech Solar hybrid inverters with traditional Grid-Tie inverters:

EnerTech Solar hybrid inverters manufacturer in India offer a comprehensive set of features that go beyond traditional Grid-Tie inverters. The ability to export excess energy, contribute to grid stability, and provide backup power options makes Enertech Solar hybrid inverters a versatile and efficient choice for those seeking a more dynamic and sustainable solar power solution.

Are you looking for the same requirements or solar hybrid inverter price for your application?

Call:+91 9370659050 or 9822407189. Drop your inquiry on email:

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