Our Services
Grid-Tied Solar System
As we have elaborated all the services in detail in our upper section, so now we are going to talk about the benefits of solar energy and why you should buy solar systems for your home and offices.
- On-Gride Solar System
- Off-Gride Solar System
On-Gride Solar System
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According to a study in the Economic Times, installing PV rooftop systems qualifies private, commercial, or industrial buildings for the "Accelerated Depreciation Benefit," which is presently 80 percent in a year.
Off-Gride Solar Systems
not connected to or receiving services from publicly or commercially operated utilities (such as electricity, gas, or water) Those who relocate to an off-grid, rural homestead frequently find themselves using a lot of fossil fuels (and spending a lot of money) just to get to and from town in an inefficient farm truck.
The Difference Between On-Gride And Off-Gride Solar Systems
An off-grid system is one in which the customer is not linked to the utility's power grid and the solar power system operates independently. A solar power system that is integrated with the utility's power grid is known as an on-grid system.
Comparison of Both On-Gride And Off-Gride Solar Systems
Here, we are going to show you the comparison between on-grid and off-grid solar systems.
- On-grid or off-grid solar: which is more beneficial? An on-grid system’s major drawback is that it cannot supply electricity while the grid is down. When the electricity grid fails, you can still use your solar energy by storing it in batteries with off-grid solutions. It’s designed to be totally self-sufficient.
- Living off-grid is so feasible but not as cost-effective as you may assume. We can employ biogas, biomass, solar, wind, and other technologies. You can use less energy overall and generate less waste, though, so you can go farther. As Compared to it, On-Grid is affordable.
- Off-Grid is more useable for you if there is no electricity at all but On-Grid is also very good in each way it is more affordable than on-grid and there are many other things you would be known after reading this article.
Detailed Grid-Tied Solar Power Work
Now we are going to talk about how grid-tide solar power works, as there is a little difference between on and off-grid. But the basics of both are the same.
- A solar panel generates an electric current when the sun hits it.
- After that, the solar panel produces an electrical current that flows through and out of it through conductive wires.
- In On-Grid, Electricity is transported to the inverter via the wire. Here, DC electricity is changed into AC electricity, the type you’re used to getting from regular wall plugs in your house or place of business. Off-grid solar systems run separately from the grid but come with batteries that can store the electricity produced by the sun so that it may be used at night or when the power is out.
- Additional wiring transfers the AC current from the inverter to a panel or breaker box. Afterward, depending on the situation, the electricity is dispersed throughout the house or business.
- Any “excess” electricity in the majority of grid-connected solar panel installations travels through a unique two-way utility meter before entering the power grid. Every time this occurs,
- through a unique two-way utility meter, after which it enters the electrical utility system. When this occurs, the meter actually spins backward, which means you get paid for the electricity your solar panels are supplying to the grid. For the majority of grid-connected systems, this procedure referred to as “net metering,” is accessible.
Solar Services
We offer a complete solar services package, with some of the services we are elaborating on below. There are four major parts to how solar power works. We are showing here. Solar panels are used to get heat from the sun. They are a very important part of the whole solar system. There are two types of solar panels.
- On-Gride Solar System
- Off-Gride Solar System
Solar panels made of monocrystalline crystals are often more heat-resistant than those made of polycrystalline crystals. Thus, they are a fantastic option for hot climates like deserts. Our company will provide both Monocrystalline panels and Polycrystalline panels.
Which is the best Monocrystalline or polycrystalline?
Efficiency ratings for polycrystalline panels are typically in the 13–16% range, which is lower. Monocrystalline solar panels have greater efficiency, ranging from 15% to 20%. They produce less power per square foot, thereby being less space-efficient due to their lower efficiency rate.
Solar Cells
There are thin silicon-based semiconductor wafers with two layers contained within each solar cell. An electric field is created when one layer is positively charged and the other negatively charged. A photovoltaic solar cell is energized when sunlight reaches it, and this energizing action results in electrons "coming loose" from atoms within the semiconductor wafer. The electric field around the wafer causes those unbound electrons to move, which results in the generation of an electrical current.
Solar Inverter
The electricity produced by solar panels, which today efficiently convert sunlight into electricity, is known as direct current (DC) electricity, as opposed to the alternating current (AC) electricity that typically powers dwellings. A device known as an inverter, fortunately, makes it simple to convert DC electricity into AC electricity. These inverters in contemporary solar systems can be set up as a single microinverter placed behind the panels or as individual inverters for the entire system.
On-Grid vs Off-Grid Solar Inverter
A solar power system that is on-grid is one that is linked to the utility's electrical grid, whereas a system that is off-grid operates independently and does not have a customer connected to the utility's electrical grid.
Work Of Inverters
When solar energy is transformed from DC to AC electricity, it flows via your electrical panel and is dispersed throughout your house to power your appliances. As it functions exactly the same as the electricity your electric utility provider produces via the grid, there is no need to make any adjustments within the house. You can automatically draw more electricity to make up for any shortfalls in solar energy from the grid because you're still connected to your regular power provider.
Net metering
Your solar shingles or panels might not be able to collect enough sunlight to utilize for energy on cloudy days or at night; on the other hand, they might do so in large amounts during the day when no one is home and you don't need it to run your house. Because of this, a meter is used to measure the amount of power moving to and from your property in both ways. For any excess electricity you return to the grid, your utility company frequently gives you credits. This is net metering.
Benefits of Grid-Tied Solar System
Grid Solar System is very beneficial. With a grid connection, you can use solar panels to save more money because of higher efficiency levels, net metering, and lower equipment and installation costs.
Hybrid Solar System
A grid-connected, battery-storage-equipped hybrid solar system is a type of renewable energy source. The device generates electricity during the day using solar panels and then stores any extra energy in batteries for use at night when there isn't any light. The hybrid solar system includes these things.
- Solar Panels
- Hybrid inverters
- Connection to the Grid
- Solar Batteries
- DC connector
- Association wires
What is the Difference Between a Grid-Tied Solar System and a Hybrid Solar System?
A hybrid solar system does its works like other solar systems. But it can store energy in its batteries. Similar to a typical grid-tied solar system, hybrid solar systems provide electricity but also use specialized hybrid inverters and batteries to store energy for later use. Most hybrid systems can function as a backup power source during a blackout, much like a UPS system, because of their capacity for energy storage.
Batteries For Hybrid solar system
Although they have a high price tag, solar lead-acid batteries have become more affordable recently. The best solar batteries have been rated and recommended by customers as being from Panasonic and Sunpower.
Panasonic EverVolt: The AC-coupled home battery storage option has a storage capacity of 11.4–17.1 kWh for off-peak consumption. This ought to be able to supply electricity for as long as a day. The battery from Panasonic comes with a 10-year warranty as well. Sunpower Equinox - The Sunpower Equinox battery has a 13 kWh to 26 kWh energy storage capacity and a 10-year manufacturer's warranty.
