Solar Wind Hybrid Energy : Bangalore | Hybrid Power system | Lavancha

Solar+Wind : Hybrid System

 Lavancha Renewable Energy Presentation_SOLAR and WIND

Are you interested to cut down your Electricity Bills for more than 50% without any power cuts for 25 years?

We will help you to freeze your commercial /industrial /residential /electricity bills at less than 4.7/unit for 25 years.

The Hybrid energy solution harnesses both sunlight and wind energy to provide higher power output. The system is designed and optimized for both on and off-grid applications.


  •  Very high reliability
  •  Logn term Sustainability
  •  High Energy output
  •  Cost saving
  •  Low maintenance cost
  •  Long term warranty
  •  No pollution
  •  Clean and pure energy
  •  Provides un-interrupted power supply to the equipment
  •  The system can be designed for both off-grid and on grid application
  •  Efficient and easy installation, longer life
  • Hybrid Power plant can be shifted to a different location/building multiple times if required in 25 years.
  • Generates electricity even during Heavy Rains/Cloudy weather, if there is minimum Wind Speed of 2.5 m/s
  • Hybrid Power Plant generates 24/7 & 365 days a year
  • Easy to mount on any roof top. No complicated masts, guy wires, or towers
  • Simple ballasted installation that avoids roof penetration.
  • Visually engaging design complementing building facade.
  • Environment friendly, silent operation, no vibrations
  • Extended Battery life due to 24 hrs power generation


Advantages of Hybrid Power Plant vs. Only Solar:

Hybrid Power PlantOnly Solar
24-hour power production capabilityDaytime production only
Mitigates daily and seasonal fluctuations of renewable resourcesLower production in shorter days and bad weather
On-board MPPT maximizes efficiency and eliminates series failureSystem failure based on single component failure
 Systems designed to plug-n-play and scales easily Non-standardized packaging prevents scalability
 System allows for custom configurations maximizing inverter efficiency Little to no customization and inefficient deployment
 Site specific flexibility and customization Limited to factory customization
 On grid and off grid capability by design For off grid, requires significant additional
 Built-in monitoring and reporting capability on each unitNo inherent intelligence
Customizable colors and visually engagingNo aesthetic value
    Energy Density & Life Expectancy
 Higher power density per square foot versus solar (30 Watts/ sq. foot) Requires more square footage for equal generation (13 Watts/ sq. foot)
 Unit life expectancy 25 years on all components, including Tier 1 panels Questionable maintenance and life expectancy on Tier 2 and Tier 3 panels
                                         Battery Life
 Extends battery life Reduced battery life due to deep cycling
 Hence, Battery replacement costs reduced Hence, Battery replacement costs increased

Additional Benefits of Hybrid Power Plant

Over Only Solar / Only Wind:

Hybrid Renewable System – Combining wind and solar energy resources in a fully integrated platform.
High Energy Density – Wind and Solar energy generation within a compact footprint, creates the greatest
energy density (Energy/sq. Meter) of any product on the market.
Occupies Less Space – The Hybrid Power Plant occupies less space (around 30% for 1 kW) than only solar or only wind of the same capacity.
Scalable – The units can be interconnected to increase a user’s energy production capability.
Unique – The hybrid power plant seamlessly integrates wind and solar energy generation in a single
unit. This allows the product to be an effective solution in markets where the natural resources available for
only wind or only solar energy generation do not justify the investment.
Increases Battery Life – Unlike Solar which is capable of charging the battery only during available sun hour, the
Hybrid Power Plant is capable of charging a battery 24 hours a day, limiting the “depth” of discharge of the battery &
thereby increasing battery life & state of charge.

With installations in the cold of Scandinavia, or in the sunny and salty Caribbean Islands, or subject to the sandy desert heat in the Middle East, Hybrid Power Plant have performed as expected, providing energy to our customers worldwide.

Hybrid Power Plant vs. Only Solar: Impact on Battery

• Hybrid Power Plant charges 24 hours a day, limiting the                                    • Solar charges only during daylight hours
“depth” of discharge of the battery.


Battery life is dependent on the number of charge cycles and the depth of discharge.

Batteries may last up to 20%-30% longer in a SolarMill installation, reducing the LCOE and the ROI over time.