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91+ 9830795307Hybrid solar systems combine on-grid savings with off-grid backup power, ensuring uninterrupted electricity for homes and businesses.
The system uses solar panels to generate electricity, batteries to store excess energy, and a grid connection for backup support. This makes them ideal for areas with power cuts and high electricity bills.
At Das Energie, we provide hybrid solar installation services across India. We handle consultation, site survey, installation, net metering, and after-sales support for a smooth solar experience.
These systems reduce electricity costs, improve energy independence, and ensure reliable backup during outages.
Hybrid solar systems reduce electricity bills while providing backup power and efficient energy management for all:
Hybrid solar reduces monthly electricity bills by using solar energy first and exporting excess power to the grid through net metering, significantly lowering dependency on costly grid electricity and improving long-term savings for residential and commercial users.
These systems provide uninterrupted electricity during power cuts by automatically switching to stored battery energy. This helps essential appliances continue running smoothly without disruption and is also suitable for areas with unstable or frequent grid failures.
Hybrid systems intelligently manage solar, battery, and grid power sources and prioritise solar usage first, then stored energy and then grid supply. Thus, it optimises efficiency and reduces wastage while maximising overall energy savings for users.
With a lifespan of 25-30 years, hybrid solar systems deliver consistent financial returns by reducing electricity bills. This also protects you from rising tariffs and ensures stable energy costs over the long-term investment period.
Hybrid solar systems generate clean electricity without emissions and reduce carbon footprint significantly while supporting environmental sustainability goals. This promotes the use of renewable energy across residential and commercial sectors.
Hybrid solar system pricing depends on capacity, components, and installation requirements:
| Solar Capacity | Installation Cost |
| 1 kW | Rs. 1,08,500 – Rs. 1,77,500 |
| 2 kW | Rs. 2,00,000 – Rs. 2,60,000 |
| 3 kW | Rs. 2,81,500 – Rs. 3,36,000 |
| 4 kW | Rs. 3,40,000 – Rs. 4,20,000 |
| 5 kW | Rs. 4,45,500 – Rs. 5,18,000 |
| 8 kW | Rs. 5,50,000 – Rs. 6,20,000 |
| 10 kW | Rs. 6,45,121 – Rs. 7,64,475 |
*Note: The final cost may vary across different locations and specific brands and components. To know more, contact us now!
Hybrid solar installation provides end-to-end energy solutions combining savings, backup power, smart control, and reliable long-term performance for residential and commercial energy needs efficiently today
Professional energy advisors analyse electricity usage patterns and recommend the right hybrid solar system size, ensuring maximum efficiency, savings, and long-term performance for residential and commercial customers based on their specific energy requirements.
Certified installation partners ensure high-quality workmanship, safety compliance, and proper system setup, delivering reliable hybrid solar installations that meet industry standards and long-term performance expectations for customers across India.
Customers receive detailed quotations with clear breakdowns of equipment, installation costs, warranties, and system performance expectations, ensuring complete transparency and informed decision-making before investing in hybrid solar solutions.
Full assistance is provided for net metering application, documentation, and DISCOM coordination, ensuring smooth grid connection and enabling users to benefit from energy export and reduced electricity bills efficiently.
Affordable financing solutions with easy repayment plans, low interest rates, and minimal documentation help reduce upfront investment burden, making hybrid solar systems accessible to a wider range of customers.
Dedicated support ensures system maintenance, performance monitoring, warranty assistance, and technical help even after installation, providing customers with long-term reliability and peace of mind throughout the system lifecycle.
Hybrid solar installation follows a structured process and ensures proper design, accurate execution, and seamless grid integration for efficient long-term energy generation and backup power supply
Hybrid solar systems include multiple electrical and mechanical components that work together to generate, store, and distribute electricity efficiently for homes and businesses.
Solar panels convert sunlight into direct current (DC) electricity, forming the primary energy source of a hybrid solar system. These panels come in Mono PERC, bifacial, TOPCon, and HJT technologies, offering different efficiency levels and cost options depending on installation requirements and energy needs.
A hybrid inverter is the central unit that converts DC electricity into AC power for appliances while managing battery charging and grid export. It prioritises solar usage first, then battery storage, and finally grid supply during shortages or outages.
ACDB protects electrical appliances using devices like SPD and MCB. It manages power flow between the inverter and the load, prevents voltage surges, and ensures safe operation of household or commercial electrical systems under different load conditions.
DCDB safeguards solar panels and inverters from short circuits and high voltage issues. It includes fuses and surge protection devices, ensuring safe DC power transmission and preventing system damage during electrical faults or overload conditions.
Net meter measures both imported and exported electricity between the system and the grid. It ensures accurate billing under the net metering policy, helping users reduce electricity costs by adjusting exported solar energy against consumed grid electricity.
Solar batteries store excess energy generated during the day for use during nighttime or power cuts. They ensure a continuous electricity supply and are selected based on household or commercial load requirements for optimal backup performance.
Hybrid solar systems operate through a smart energy flow process that balances solar generation, battery storage, and grid usage for maximum efficiency and uninterrupted power supply.
Solar panels absorb sunlight during the day and convert it into DC electricity. This energy forms the base power supply for household and commercial usage, reducing dependence on grid electricity and lowering monthly electricity bills.
The hybrid inverter converts DC electricity into AC power suitable for running appliances. It ensures stable voltage output while managing energy distribution between direct consumption, battery charging, and grid export in real time.
Excess solar energy is stored in batteries after meeting immediate consumption needs. Once batteries are fully charged, the remaining electricity is automatically exported to the grid for net metering credit and optimised energy usage efficiency.
During nighttime or power failures, stored battery energy is used to supply electricity. If the battery charge is low, the system automatically draws electricity from the grid to ensure uninterrupted power availability for connected loads.
Net meter records total electricity imported from and exported to the grid. This data is used by DISCOM to calculate the final electricity bill, ensuring customers are charged only for net energy consumption.
Our installation partners will check your requirements and send you quotations within 48h hours.
Your site visit will be scheduled at the provided location. The team will connect for a better experience.
