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WAAREE
ROOF TOP SOLAR HELPS HOUSEHOLDS & COMMERCIAL BUILDINGS SAVE MONEY & ENERGY
Waaree has been a pioneer of rooftop solar in India and with the partnership of Apaar Energy has been installing solar plants in residential and commercial buildings in Uttar Pradesh. Waaree’s grid-tied power generation systems are the best way to decrease your bills and increase your savings.
With the solution, the electricity generated by you but not utilised, is fed back to the power grid. A net monitors the power you consumed as well as what you exported to the grid, and a proportionate saving!
Save Tax Through 40% Accelerated Depreciation
Secure Your Investment By Via Viablity Gap Funding(VGF)
Earn Constant Revenue By Selling Power Purchase Agreements Gain Income Through Sale Of Renewable Energy Certificates
Save Tax Through 40% AcceEarn Constant Revenue By Selling Power Purchase Agreementslerated Depreciation
Get A Payback In Less Than 3 Years & With IRR As High As High As 30% On Your Investments
Benefits
Reduces Electro Bill
Roe Upto 30%
Lower Carbon Footprint
25 Years Warranty
Very Low Maintence
Industrial Complexes
Banking Building
Educational Buildings
Residential Complex
Corporate Buildings
PosMAC®3.0 Solar Mounting Structure
What is PosMAC®3.0 ?
PosMAC®3.0 (POSCO Magnesium Aluminium alloy Coating product) is a ternary alloy coated steel(Zn- 3% Mg- 2.5% Al with high corrosion resistance developed with POSCO’s own technology.PosMAC®3.0 is the registered trademark of POSCO.
Product Characteristics
PosMAC3.0 is a corrosion resistant products that is 5 to 10 times stronger resistance than that of a normal hot-dip galvanized steel sheet(GI, GI(H)) with the same coating weight. PosMAC3.0 has anexcellent cross-section corrosion resistance; normal thick plating products can be replaced with this product. The same processing, assembly and painting process can be applied to PosMAC3.0 as one would apply to GI
Product Characteristics Comparison
PosMAC3.0 is superior to GI in corrosion resistance on flat, machined, cross-section parts and is superior to galvalume in cross-section corrosion resistance.
Off-Grid solar system
Off-Grid solar system: An off-grid solar system means that you don’t need to be connected to a particular design or a company.
People prefer this service because the energy stored by the machinery will be used only by the owners themselves, and it does not get transferred to the company and leads to the calculation of the energy used for the entire year.
One of the issues which arise with an off-grid solar system is that it requires a battery to put all the backup energy stored for the future, which costs a lot and leads to more environmental problems when compared to on-grid solar systems.
The energy levels for the off-grid system can be deferred from one another based on the usage of the customers, that is if some customer needs less battery saving for the future, they can get small sized batteries.
If a user requires a high use of electricity afterward, they can go for a higher capacity battery. It can be vastly affected by the weather because if the weather remains cloudy over a long period of time, it will affect the power outputs and will not be beneficial for the users who live in a place where it’s not easy to get sunlight over the year.
On-Grid solar system
On-Grid solar system: An on-grid solar system is mainly used for residential areas because it does not affect whether it produces or over produces energy.
If any extra energy is produced, it is stored as a form of battery that can be used in the future.
It also helps you in saving a little bit more at the end of the year. Whenever the on-grid solar system produces the extra energy, it gets transferred to the company itself, which helps you increase the credit and get the full-on benefits of the energy that is saved from your solar panels, which can also be calculated at the end of the year.
It is also cost-effective overall because you don’t need to invest a lot of money in the expensive batteries that come with the solar system, further storing the purpose of any extra energy produced by the machinery over the course of the year.
Suppose any of the problems arise in the future. In that case, most of the burden can be retained as the risk is weird by the utility company and does not cost a lot for the customer in the future when it leads to malfunction or if the machine is under-functioning. It is less beneficial in the areas where there is a lot of power failure because it leads to less output and more usage.