Journey to a Brighter Tomorrow with Tenaga

Founded with a vision to revolutionize the renewable energy sector, Tenaga embarked on its mission to bring sustainable, efficient, and affordable solar solutions to the masses. With a base in the picturesque landscapes of Kerala, our influence quickly spread beyond its borders, marking our footprint in regions such as Mangalore, Karnataka.

Our journey, while filled with challenges, has been a testament to innovation, commitment, and an unwavering belief in the power of the sun.

Our Expertise

Tenaga takes pride in being ANERT AND MNRE empanelled, a recognition of our expertise and dedication to the solar energy domain. From residential rooftops to expansive commercial setups, our projects encompass a wide spectrum, culminating in over 1 MW of installations across regions. A notable feather in our cap includes the successful commissioning of a 10KW solar Hybrid plant at Govt FHC Kakkodi.
 

What is an Ongrid Solar Power Plant?

An Ongrid Solar Power Plant, also known as a Grid-Tied Solar System, connects directly to the public electricity grid. This system allows homeowners and businesses to feed excess solar energy back into the grid, ensuring efficient energy utilization and potential savings on electricity bills.

Benefits of Ongrid Solar Power Plants

1. Cost-Effective: With no storage batteries required, the initial investment for ongrid systems is lower compared to other solar setups.
2. Efficient Energy Utilization: Any excess energy generated is fed back into the grid, ensuring minimal energy wastage.
3. Potential Savings: Many regions offer net metering, allowing homeowners to earn credits for the surplus energy they provide to the grid.
4. Low Maintenance: Without batteries to maintain or replace, ongrid systems are easier and more affordable to maintain.
5. Eco-Friendly: Reduce your carbon footprint and contribute to a greener environment with every kilowatt-hour generated.

What is an Off-Grid Solar Power Plant?

An Off-Grid Solar Power Plant operates independently of the local electricity grid. Relying on solar panels and battery storage, this system provides power directly to your property, ensuring you have electricity even when the grid goes down or is non-existent.

Benefits of Off-Grid Solar Power Plants

1. Complete Independence: Say goodbye to power outages and reliance on grid electricity. Your energy generation and consumption are entirely in your hands.
2. Versatility: Perfect for remote locations, vacation homes, or areas where grid connectivity is inconsistent or unavailable.
3. Economic Savings: Over time, the cost savings from not purchasing grid electricity can be substantial, making the initial investment worthwhile.
4. Eco-Conscious: Contribute actively to a sustainable future by drastically reducing your carbon footprint.
5. Customizable Storage: Depending on your needs, you can choose the size and storage capacity of your battery systems.

How Do Hybrid Solar Power Plants Work?

A Hybrid Solar Power Plant incorporates both solar panels and battery storage. During sunny days, the solar panels generate electricity which can be used instantly, stored in the batteries for later use, or even fed back into the grid. On less sunny days or during nighttime, the stored energy in the batteries ensures uninterrupted power supply. And if the batteries run low, the system can pull electricity from the grid, ensuring consistent energy availability.

Advantages of Hybrid Solar Power Plants

1. Flexibility: Hybrid systems offer the reliability of battery storage and the economic benefits of grid interaction, making them perfect for unpredictable weather conditions.
2. Cost-Effective: By feeding excess energy back to the grid, many homeowners can benefit from net metering incentives, offsetting the costs of electricity consumption.
3. Energy Independence: While still connected to the grid, the robust storage capacity means reduced dependence on it, ensuring power even during outages.
4. Eco-Friendly: With every unit of electricity generated from the sun, reduce your carbon footprint and contribute to a sustainable environment.
5. Scalability: Hybrid systems can be easily scaled up or down, catering to changing energy needs.