Project 24

A typical stand-alone system consists of a small wind turbine and solar panels to generate electricity connected to a charge controller which controls the pace at which batteries are recharged which is connected the battery bank. You will then need an off-grid inverter to convert the DC electricity stored in the battery bank to AC electricity which is more commonly used in home & business appliances.

Separately, wind and solar energy are effective ways to power a home or a business but can be limited due to lack of sun or a sudden shift in wind velocity. Using a combination of these will provides a stable, higher energy output to power your home or business. Wind solar hybrid power system includes a solar panel array and one or more wind turbines, and they create a more constant flow of power than either single source provides.

Wind & Solar hybrid power system provides a much more reliable power supply for 24 x 7 powers for off-grid applications. Off-grid systems can provide power anywhere; there is no shortage of possibilities or limits. Our packaged systems are ideally suited to remote homes, schools and other off-grid applications. They can also be retrofitted to existing diesel-generator systems to save on high fuel costs and minimize noise.

We offers standard hybrid systems solution with all necessary components included such as solar panel, wind turbine, deep cycle battery, controller and inverter, mounting towers etc., each and every component have been well developed and tested for years in the fields and offer the highest levels of reliability, efficiency and ease of use, and we can also tailor a system to suit should you have a smaller or larger power requirement.

Major Application:
• Living off the grid, from large home to a small cabin
• Off-grid fishing or hunting cabins
• Remote security monitoring and communication facilities
• Remote mining and drilling operations
• RV or marine vessels
• Farms, ranches & vineyards
• Remote holiday hotel, military base camp
• Relief team or scientific research team working off the grid

Benefit of Wind solar hybrid off-grid power system
Minimize Your Impact - Capturing the energy that is freely available in the wind and sun, you will be able reduce your impact on the environment - contributing to the health of our planet.
Take Control - Producing your own energy allows you to choose a clean, renewable energy source, allowing you to go green on your own terms.
Live off the grid - Our wind/solar hybrid solutions allow you to live off the grid and overcome unreliable energy sources. Keep the power on.
Save Money - With ever-rising electricity prices, it will be a relief to take charge and lower your utility bills.

The wind-solar hybrid power system which harness solar and wind energy with the wind turbines foisted on the telecom towers or freestanding and photovoltaic system harvest power from sun altogether could assure uninterrupted power supply telecom tower and storage the extra to battery to power the system at night or condition without any wind & solar.

System Features

Reliability and Availability
The intermittent nature of solar and wind power can be effectively mitigated. Energy storage on-site (batteries) ensures that power is available when the sun isn’t shining or the wind isn’t blowing. Pairing solar and wind collection systems at one site can provide diversity protection against the variable natures of both energy sources. Expert system design and dimensioning with consideration of the local sunlight and/or wind patterns maximizes energy capture through a broad range of common conditions.

Remote Monitoring, Configurability and Alarms
In a carrier-grade communications network, every element must provide alarms, and must be remotely monitorable and configurable from the network operations centre. Solution meets all of these requirements, fully integrating solar and wind power plants into the network.

Green-House Gas Emissions Credits
Some solar and wind projects will generate GHG emissions offset credits for the operator, which can be sold every year at market rate for five years after site commissioning (per current regulations), to businesses that need to offset their emissions.

Factors To be Considered to Design the System:
• Average wind speed in the area/site
• Height of the tower or existing telecom tower
• Site load, maximum load during the day
• Site design, the number of TRX (or TRU transmission receiver Unit ), base station type, transmission Installed battery capacity
• Wind as a backup, or primary source, solar elements
• Accessibility of site