Installing a solar photovoltaic system, or a solar panel system for your home’s energy, is a big step for homeowners who want to reduce their electric bills, increase their property value, and decrease their impact on the environment. While the size and cost of the solar power system varies based on the amount of energy a home consumes, solar is a large investment for homeowners. Fortunately, there are incentives and tax credits that can be claimed alongside flexible financing options to reduce the overall cost, making going solar an attainable goal for many.
Curious Recycler: What happens to solar panels if they stop working or are damaged? Can they be recycled?
Wanda:
Icon Solar often gets questions regarding how we recycle damaged or inoperative solar panels. It’s a valid one, especially when we claim how environmentally friendly it is. Let me explain…
Icon Solar customer Daryl was interviewed for an article in the most recent issue of Natural Living Journal, Vol. 4.3. You can find it in the Louisville area’s health food stores like Whole Foods and Rainbow Blossom, or you can download it at their website.
Drew Boyd & Jacob Goldenberg recognized a pattern in innovation to create a systematic approach: Subtraction, Division, Multiplication, Task Unification and Attribute Dependency. They call it the Systematic Inventive Thinking, or SIT. We’re doing a series of how solar technologies approach innovation. Let’s take a look at how some of these innovation approaches (Task Unification and Attribute Dependency) apply to solar technologies in roadways across the world.
Micro, nano, and craft breweries are on the rise, and that’s important for a variety of reasons like revitalizing local economies. However, one of the most important elements they bring is their sustainable operations. Brewing takes a lot of water and energy, and they recognize that their businesses depend on access to good resources. The American Brewers Association even provides sustainability manuals for interested parties.
Drew Boyd & Jacob Goldenberg recognized a pattern in innovation to create a systematic approach: Subtraction, Division, Multiplication, Task Unification and Attribute Dependency. They call it the Systematic Inventive Thinking, or SIT. We’re doing a series of how solar technologies approach innovation. Let’s take a look at how some of these innovation approaches (Task Unification and Attribute Dependency) apply to solar technologies inspired by nature.
There are many ways to reduce your carbon footprint by going green around the house. Solar is just one of them. So what are some simple things that can save you money while saving the environment?
Fossil fuels are a thing of the past. Even utility, coal, natural gas, and oil companies recognize the power of renewable energies, especially solar power. While the International Energy Agency (IEA) and U.S. Department of Energy’s Energy Information Administration (EIA) predict a slowing down of solar installation, all signs say that it’s not—especially with fossil fuel companies going green.
We may not know all the services our government provides for us (The United States Board on Geographic Names – who knew?!), but one thing that you’ll notice with a sharp eye is that a lot of our government buildings are run on solar power. This is especially interesting because government often sets the tone for the future. Our government’s interest in solar energy displays the value of this energy source and saves citizens money.
Drew Boyd and Jacob Goldenberg recognized patterns of innovation to create a systematic approach with Subtraction, Division, Multiplication, Task Unification and Attribute Dependency. They call it the Systematic Inventive Thinking (SIT), or Inside the Box innovation. We’re going to do a series of how solar technologies approach innovation. Let’s take a look at how Task Unification plays out in standard ground mount solar arrays!
