Solar AC, also known as solar air conditioning, is a type of air conditioning system that utilizes solar energy to power its operation. Traditional air conditioning systems rely on electricity from the grid, which is often generated from non-renewable sources like coal or natural gas. Solar AC systems, on the other hand, use solar panels or solar collectors to harness energy from the sun and convert it into electricity or thermal energy to cool the air.

1. Photovoltaic (PV) Solar AC: These systems use solar panels, typically installed on the roof or in a sunny location, to generate electricity. The generated electricity can then be used to power conventional air conditioning units, such as split or ducted systems, making them more environmentally friendly and reducing electricity bills.

2. Solar Thermal AC: Solar thermal AC systems use sunlight to heat a fluid (often a refrigerant) in solar collectors. This heated fluid is then used to drive an absorption chiller or an adsorption chiller, which cools the air in a building. These systems are more complex than PV-based systems and are often used in commercial or industrial applications.

The advantages of solar AC systems include reduced electricity bills, a lower carbon footprint, and increased energy independence. However, they can be more expensive to install initially compared to traditional AC systems. The efficiency and performance of solar AC systems depend on factors such as the location’s solar potential, system size, and design.

Solar AC is a sustainable and environmentally friendly option for cooling buildings, particularly in regions with abundant sunlight, as it reduces the reliance on fossil fuels for electricity generation and helps combat climate change.

The number of solar panels needed to run a solar air conditioning system depends on several factors, including the capacity of the air conditioning unit, the climate and location where the system is installed, and the desired level of energy independence. Here are the key factors to consider:

1. AC Unit Capacity: The capacity of the air conditioning unit is a crucial factor. Larger AC units require more electricity to operate, so they will need a greater number of solar panels. Check the specifications of your AC unit to determine its power consumption in watts (W) or kilowatts (kW).

2. Sunlight Availability: The amount of sunlight your location receives throughout the year is significant. Sunnier regions will produce more solar energy, requiring fewer panels to meet the AC’s energy demand. Conversely, in areas with less sunlight, you may need more panels to compensate for the lower solar energy production.

3. Efficiency of Solar Panels: The efficiency of solar panels can vary. More efficient panels generate more electricity per unit of area. High-efficiency panels may require less space but can be more expensive.

4. Orientation and Tilt: The orientation (south-facing is ideal in the Northern Hemisphere) and tilt angle of the solar panels also impact their energy production. Properly orienting and tilting the panels towards the sun can maximize their efficiency.

5. Battery Storage (Optional): If you want to run the AC at night or during cloudy periods, you’ll need a battery storage system to store excess solar energy generated during the day. The number and capacity of batteries will depend on your energy storage needs.

6. Energy Consumption and Usage Patterns: Your energy consumption patterns, including how long you run the AC each day and during which hours, will influence the number of panels required.

7. Local Regulations and Incentives: Local regulations and incentives, such as solar panel subsidies or net metering programs, can affect the financial feasibility of your solar AC system.

There are four type of solar AC.

1)ES Model

2)DS Model

3)ODS Model

4)BDS Model

46ooo Rs

51000 Rs

Take BDS model in  amount.

Battery direct solar model having 6 Panel and 3400 VA -300 hr Lithium generator to with AC to run Ac free

ODS model suitable.

ODS suitable when electricity is suffient and do not have roof one 545 solar  panel and AC suitable and with very minimum grid power.

It is Direct solar model that can run on solar panel with grid means day time electricity free.

\In right time you have to put mannual charge over or auto matic change over easy available on amazon.Day time 350 watt solar plate into six has to connect in series and make voc above 240 volt DC to run Ac on solar.

BDS contains AC+solar Plate 350*6+structure+moseta 3400 va lithium  inbuild inverter. in this if AC is not running you can also use solar plate power for your home

ODS and BDS both are solar power based system so in case if ac is not running ,you can utilize this power to run to you other gadets too like  fan/fridge/lights ets.

Market Ac will take 12 to 14 units in 12 hours operation solar Ac with take 6 unit on grid

ODS-> In 12 hr will take 2.5 units

You should on Ac in room full day on to run direct on solar so tha in night time it will run on having mode without unit pure.

No It is Sharing mode based AC ,One wire is with solar panel and one wire with solar panel and one wire with grid electricity ,AC will run in Sharing mode.

AC ES model or ODS model

yes

Due to its solar inbulid technologies and 5.8 SEER  based compressor to take minimum unit comsumption.

Any solar item having four component.

A-> Solar Panel

B->Derice or Product  to run like  AC -fridge.

C->grid or 220 v supply from genset ,wind  turbine.

D->Backup like lithium generator /inverter so now you can understand our AC models->

Only AC->1)ES 1ton/1.5ton/2 ton/2.5 ton

AC with Panel->(A+B)->ODS model or 2)DS model.

ODS->AC 1.5 ton+3.5*2 solar panel or 550 watt(A) *1 panel.

DS model->Daytime direct on solar.

We hope this FAQ form has helped address your concerns and questions as a potential dealer for our company. Please feel free to contact our sales team for further details or support. We look forward to the possibility of working with you as our authorized dealer.