Here we offer variety of content that will help you address your Solar needs and guide you through the installation process. You can access items ranging from our solar calculator to our video library collection. We are constantly updating the Learning Center with new features that will be available to all interested in Solar Energy.
There is so much information that exists around solar, and with solar becoming more and more available to the consumer and for DIY projects, understanding how it works is a big first step to having your own solar project. Solar 101 is a series of videos that will go over many concepts in a very basic way which is perfect for people just starting to learn about solar.Learn More
Solar Panels in the basic sense work by converting available sunlight into usable electricity. The way we define this power is by watts. Watts are made up of amps and volts. Different panels have different ratings for amps and volts, and it is helpful to understand what these numbers mean when you are looking at a system. You can imagine amps as the amount of electrons, and the voltage the amount of pressure pushing those electrons.Learn More
One of the most important concepts to understand when sizing a system or figuring out how much your panel produces is Energy and Power. Below you will be able to find a description about each along with some examples.Learn More
Knowing how to relate energy and power together is a very important concept, but it is also important to have a more in-depth understanding of electricity as well. This section will go over what electricity is made up of along with different forms of application.Learn More
This section will go into more depth on series, parallel and series-parallel connections. The purpose of this section is to explain why certain connections are utilized, how to set up to your desired connection, as well as going over what is the most beneficial connection to utilize based on your situation.Learn More
This section will go over charge controller types and their purpose. We will look at the benefits of each controller and why one is better in a certain situation that another. We will also look at sizing different kinds of controllers. The charge controller is an essential component to every off-grid system. In fact, we do not recommend using an off-grid system unless you have a controller, and there are a lot of good reasons why. Charge controllers generally come in PWM and MPPT.Learn More
Batteries and inverters other components included in a solar system. This section will talk about the purpose of each, along with how you would go about sizing them.Learn More
This section will go over how to properly set up a basic system. We will make sure to include the inverter, battery, charge controller, panel and wiring in this set up.Learn More
This section will go over how to size your system. We will learn how to figure out how many panels and batteries you need, along with which controller and inverter will fit for your set up.Learn More
Whether you are new to solar power systems or want to brush up on your knowledge of solar panels, Renogy's FAQ is a great place to find information on solar basics. We offer answers to questions on general topics, panels, off-grid applications, and on-grid applications.
On-Grid Systems tie directly to your utility grid, offering an alternative source of energy in addition to what your utility company provides. By utilizing on-grid solar systems, you can greatly or completely reduce your electricity bill. In addition, depending on the size of your on-grid system, you may receive monetary returns.
Off-grid systems do not tie to the utility grid and are sustained using a battery bank. The battery bank can be hooked up to an inverter, which converts DC voltage to AC voltage allowing you to use any AC appliances or electronics. Common off-grid applications include cabins, Off-Grid vehicles, boats, and dry camping. Off-grid systems can also be used in a variety of other applications, including emergency power backup during a power outage.
Framed/Rigid panels 10w-150w (mono and poly) is 25 Year Transferable Power Output Warranty and 5 Year Material and Workmanship Warranty.
Framed/Rigid panels 240w-300w (mono and poly) is 25 Year Transferable Power Output Warranty.
Lightweight panel 50w and 100w is 3 Year Material Warranty.