What They Do & Why You Need One

In a world where we are always looking for new ways to save money and reduce our carbon footprint, it’s no wonder that one of the most popular technologies today is solar power. But how does this work in detail? We often get asked how solar inverters and solar panels work together to provide power for your home or business. It’s a great question and understanding the basics of how this clean energy system works is critical to making informed decisions about investing in solar. Here’s a quick rundown on how photovoltaic panels convert sunlight into electricity, and how solar inverters take that DC power and turn it into the AC power that powers your home or office. Solar inverters convert sunlight into DC electricity, while solar panels capture the sun’s energy and generate electricity. Together, they provide a reliable and efficient way to harness renewable energy.

Solar panel placement

Maximize power output of Solar Panels

1. lace solar panels in an area that receives the most sunlight throughout the day
2. Clean solar panels regularly to maximize power output
3. Make sure all wiring is properly secured and insulated
4. Use a solar inverter to convert DC power to AC power
5. Monitor your energy usage and make adjustments accordingly 

The Grid’s user interface 

New hybrid inverters have progressed from one-way to two-way grid connectivity, assisting with grid-supporting functions. Due to improved software, hybrid inverters can perform certain grid-supportive duties such as communication, frequency, voltage, and controls. The capacity to ride through minor disruptions, like voltage changes, is one of these grid-assistance capabilities. In the event of a voltage shift, a hybrid inverter can go into standby mode, assess how long the disturbance lasts, and turn off if it continues to protect your appliances.

Power Production Report

Hybrid inverters have become the go-to for those who want to monitor their solar system’s output. Most recently, they’ve started coming out with Wi-Fi or hardware Ethernet connections that allow you to view all of its diagnostics, power levels and error codes on your phone app as well as your computer desktop. 

How Long does a Solar Inverter last?

This is a question we get asked a lot, and it’s an important one to consider when thinking about solar power for your home or business. Solar inverters are the heart of any solar power system, converting DC power from the panels into AC power that can be used by your appliances and lights. A quality solar inverter will last for many years, but like any piece of equipment, there are factors that can affect its lifespan. There aren’t a one size fits all answer to this question. It is very important that you understand how long your solar panels will last before making a purchase – 25 years as supplied by Invest Solar. Every brand and model of solar panel is going to have a different operational life span. This comes down to the wattage of the device and how many watts it produces over an average period 9 hours in a day in the S.A market. Depending on external factors such as exposure to direct sunlight, you can expect your solar panels to last the standard approximate life span of 25 years.

i.e. Environmental factors such as:

1. Position of your Home (Whether it is North, South, West, East facing)
2. Hours exposed to the sun
3. Angle at which your panels are installed

Invest Right 

A solar inverter and solar panels work together to convert the sun’s energy into usable electricity for your home or business. By understanding how a solar inverter works, you can make informed decisions about which system will best meet your needs. We hope this article has helped you better understand what a solar inverter is and why it’s important for producing renewable energy.

If you have any questions, please don’t hesitate to reach out to https://investsolar.co.za/. We would be happy to help you get started on making the switch to renewable energy!

This article was first published at http://topclickblogs.co.za/how-does-a-solar-inverter-solar-panel-work/