Sign Up to our social questions and Answers Engine to ask questions, answer people’s questions, and connect with other people.
Login to our social questions & Answers Engine to ask questions answer people’s questions & connect with other people.
Ask, and we shall answer. Get answers to your solar queries from experts in the field of solar, to ensure you have the best information to work with. No question goes unanswered is our simple motto to spread solar!
Ask A Question
Component-A focuses on setting up decentralized, grid-connected solar power plants up to 2 MW capacity each, primarily on barren or unused farmland. These plants help generate clean electricity locally and feed it into the grid.
Component-A focuses on setting up decentralized, grid-connected solar power plants up to 2 MW capacity each, primarily on barren or unused farmland. These plants help generate clean electricity locally and feed it into the grid.
See lessSmart meters rely on real-time data transmission to monitor energy usage and enable features like prepaid billing. Without stable communication networks, data transfer can fail, hindering the meters' functionality and benefits.
Smart meters rely on real-time data transmission to monitor energy usage and enable features like prepaid billing. Without stable communication networks, data transfer can fail, hindering the meters’ functionality and benefits.
See lessIt is recommended to use soft water to clean your solar panels to avoid any damage. Avoid using tap water if the TDS is higher.
It is recommended to use soft water to clean your solar panels to avoid any damage. Avoid using tap water if the TDS is higher.
See lessWhen you install rooftop solar panels, the government allows you to connect to the electricity grid in two main ways: net metering or net billing. In net metering, your electricity bill is calculated based on the difference between how much power you use from the grid and how much extra solar powerRead more
When you install rooftop solar panels, the government allows you to connect to the electricity grid in two main ways: net metering or net billing.
In net metering, your electricity bill is calculated based on the difference between how much power you use from the grid and how much extra solar power you send back to it. So if you produce more power than you use, your bill goes down or can even become zero.
In net billing, the extra solar power you send to the grid is sold at a fixed rate, which is usually lower than the rate you pay for electricity. You still pay for all the electricity you use from the grid, and you get a separate credit for the power you export.
Because of this, net metering usually saves you more money than net billing—especially if you’re a homeowner.
See lessIndia can accelerate adoption by investing in scalable communication networks, upgrading data management capabilities, and implementing supportive policies to overcome infrastructure challenges and meet its ambitious smart metering targets.
India can accelerate adoption by investing in scalable communication networks, upgrading data management capabilities, and implementing supportive policies to overcome infrastructure challenges and meet its ambitious smart metering targets.
See lessTo estimate how much electricity your solar system can generate in a day, you need a few key pieces of information: The total DC capacity of your solar system (in kW) The average number of peak sunlight hours in your area (also called solar irradiation) Just multiply your system size by the peak sunRead more
To estimate how much electricity your solar system can generate in a day, you need a few key pieces of information:
The total DC capacity of your solar system (in kW)
The average number of peak sunlight hours in your area (also called solar irradiation)
Just multiply your system size by the peak sunlight hours to get the theoretical daily generation.
For example, if you have a 3 kW system and your area gets 5 hours of good sunlight daily, then:
3 kW × 5 hours = 15 units (kWh) per day (theoretical)
However, in real-world conditions, solar systems usually operate at about 78% to 80% efficiency due to energy losses (from wiring, inverter, dust on panels, etc.).
So, you can expect around 20% less generation than the theoretical figure.
Using the example above, the actual generation would be about:
Effective data management systems help process and analyze the vast amounts of data generated by smart meters, enabling utilities to optimize energy distribution, improve billing accuracy, and enhance consumer engagement through real-time usage insights.
Effective data management systems help process and analyze the vast amounts of data generated by smart meters, enabling utilities to optimize energy distribution, improve billing accuracy, and enhance consumer engagement through real-time usage insights.
See less