Some Answers About Recognizing Major Elements For Renewable Energy


Renewable Energy

Tips For Understanding What Green Energy Technology Is All About




What do solar energy, tidal power, and wind power all have in common? They're all forms of green energy; natural energy sources that cause minimal pollution. If we want to take care of this planet, it's important that we take the steps to use more green energy. Keep reading this article to find out how.

If you are repairing or replacing your roof, and you have good sun exposure, look into having photovoltaic (PV) cells integrated into the roofing material. Modern PV cells are much less noticeable than older styles. If you don't use all of the electric generated by your home, some utility companies will even let you feed it back into the system for credit against your bills.

If you are charging products within your home, use smart green ideas to conserve energy by unplugging these devices when you are done. Even when they are fully charged, these units still consume energy and cost you money. So unplug them when they are finished, and save some energy and money.

If you are struggling to maintain low energy costs in your home, you should try putting in a water-efficient flow control washer or shower rose that is Triple A-rated. Triple-A appliances are designed to decrease the amount of energy used in your home, which will ultimately lead to large savings.

Remember that solar panels, whether you install them on your roof or anywhere else on your property, must be angled toward the sun to receive maximum exposure. In the Northern Hemisphere, this means facing them south with an angle of latitude plus fifteen degrees. Otherwise, your investment will not return as much energy as you hope.

Warm-air registers, radiators, and baseboard heaters need cleaning at least once per year. It is best to clean these at the beginning of the cold season so they are ready to work at top efficiency once the weather turns cold. Clean heating units will distribute the heated energy evenly.

If possible, try to use a laptop computer, rather than a desktop. And, if the battery is full on your laptop, do not have it plugged into the charger. Desktop computers are perhaps one of the biggest energy users in your home, which is why why having a laptop is beneficial.

If you want to make better use of energy in your home but aren't sure where to start, schedule a home energy audit from a professional auditor. These auditors can thoroughly investigate your home, and suggest ways to reduce your energy consumption, with green technology and other improvements.

Invest in green technologies to ensure their proliferation. Consumers are a powerful group that can exercise that power by selective purchasing. If you want to encourage the use of renewable energy purchase products, vehicles, and electronics that utilize these technologies. If consumers insist on green technologies companies will produce items that use green technologies.

Try bamboo products when buying wood items. Bamboo is a very green product and is technically a grass, but it is stronger than many commercially available woods. Bamboo is becoming very popular and growing to be made for cutting boards for hard wood floors. This saves energy used in production and recycling.

Wash your clothes in cold water. Clothes come just as clean if you use cold water instead of hot water, and making the switch can save a lot of energy. Most of the energy used to wash clothes is the energy the water heater uses to heat the water.

Even just one person striving to use green energy can make a big difference. When companies see more consumers using green energy, they'll work to meet their customer's needs. Take advantage of what you've learned in this article and seek out more environmentally friendly forms of energy. It's never too late to go green.

Solar Panels Could Be the Best Fad Ever


Installing an array on your roof is environmental exhibitionism—and it's contagious.


Green Energy


I was nursing a beer at his winter holiday party as he told me about the solar panels on his Brooklyn brownstone roof. They'd cut his electricity bill down so much that in a few years they'll have paid for themselves, he told me. I had questions: Did it damage his roof? Were there any complications? Any regrets? Nope: If anything, he wished he'd put up a bigger array, to produce even more juice. “It's great,” he gushed.


I went home, intrigued. I'd been thinking about putting an array on my roof for years, but something about my friend's confidence pushed me over the edge. I called up Brooklyn Solarworks, a local firm, and their crew of electricians arrived and, with a chill, we-got-this vibe, installed a gorgeous, sleek set of panels. It's a “canopy” setup, with the panels raised 9 feet above my roof on thick, shiny aluminum braces, crafted with such perfect welds it made my engineering-nerd heart swoon. My house is old, built in 1902, so the canopy lends it a vaguely William Gibsonian aesthetic: a ramshackle blend of vinyl siding, snaky wiring, and dark promise. You can see the panels from a block away; they attract attention.



Indeed, a few months after they were installed, I got a knock on my door. It was a neighbor from around the corner who'd seen my solar array and, like me before him, was intrigued. We clambered up on my roof, and I told him how they'd cut my electricity bill by about 80 percent, and frankly I was happy as a clam. With the tax credits I got, the panels would pay for themselves in seven years, after which it would be—well, crazy-cheap electricity for life.



My neighbor walked back home. And a few months later, a solar canopy popped up on his roof too.



Solar, it turns out, is a virus—a good one. Researchers have been documenting this, and it offers some intriguing hope for climate-change mitigation. Now that we know solar uptake has a social spread, we may be able to make it spread faster.



In a 2014 study, Yale economist Kenneth Gillingham and a colleague looked at the adoption of residential solar installations in Connecticut and found that it spread through neighborhoods in a “wave-like centrifugal pattern.” A subsequent study, by economist Stefano Carattini, then at Yale, and two colleagues, documented the same phenomenon in Switzerland. And when I dropped by the offices of Brooklyn Solarworks, the folks there showed me a map of where they'd installed panels. Sure enough, it was all epidemiological hot spots—you see empty streets with no solar at all, then blocks that are simply crammed with it, neighbors next to neighbors with arrays.

https://www.wired.com/story/solar-panels-best-social-fad-ever/


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