https://www.cielowigle.com/blog/energy-saving-tips/

No matter what the season, energy usage tends to increase one way or another. With long running air conditioning and increased wash cycles of sweaty laundry in summer, to high heating usage and wash cycles of bulkier laundry in winter, we simply cannot operate without electricity.

We can be extremely energy efficient and follow energy saving tips and tricks to ingrain some environmentally friendly habits.

Following energy saving tips is essential to lower your costs, but it is also important to decrease your ecological footprint.

With millennials and Gen Z nicknamed “generation green”, there is a strong focus on energy saving, and rightly so. However, global warming is rising more rapidly than ever, and the term ‘climate emergency’ is being used rather than climate change to highlight the situation’s intensity.

All industries such as HVAC are revolutionizing their technology to act on climate change. Since home appliances and devices are a major contributor to our energy consumption, utilizing smart devices such as smart thermostats or smart controllers for air conditioners can make a huge difference on your bills!

Let’s get right to it. Here are 21 energy saving tips that can easily help you decrease your energy consumption:

1. Use Energy Efficient Appliances

Energy efficient appliances are specially designed to consume minimum energy to complete the same tasks that you’d perform with normal appliances.  In addition, some

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Home

So here is one version of the story.

https://www.planetizen.com/news/2018/01/96772-residents-move-americas-first-solar-powered-town

“Families are starting to move into what is being called America’s first solar-powered town,” announces John Dickerson for CBS This Morning on Jan. 16. “Babcock Ranch, about half an hour northeast of Fort Myers, Florida, is supposed to produce more energy than it consumes once it’s finished.”

Developer Syd Kitson is building 20,000 homes for a projected 50,000 people, states Dickerson in the newscast video accompanying the article.

There are more than 300,000 solar panels spread across 440 acres there, producing enough electricity not only for the town, but also the surrounding areas, reports CBS News’ Manuel Bojorquez.

One critical energy element lacking in the solar-powered community will be adequate energy storage to allow the city to be truly self-powered:

The town doesn’t run on solar power all the time. At night, when the sun is down, it has to draw from the traditional electrical grid. Kitson says the technology for storing all that surplus energy the solar cells generate during the day is still too costly.

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Strategic Design of the UIS Student Union

This is the part I like:

Environmentally Excellent

UIS is seeking a LEED Gold certificate (Leadership in Energy & Environmental Design, awarded by the U.S. Green Building Council), both for the sake of the environment and in order to take advantage of energy saving measures. For this reason, the building will have a green, or “living,” roof with vegetation and a growing medium over a sloped membrane. This roof will provide insulation, help to lower air temperatures, and last much longer than other roofs—50 to 60 years rather than the 20 to 30 years most roofs last. The vegetation will most likely include wildflowers that will change throughout the growing season, adding to the building’s beauty.

To reduce storm runoff and eliminate water irrigation, the Student Union will have a rainwater reclamation system that takes advantage of the roof’s slope. Also in consideration of LEED approvals, lighting will be designed to meet the USGBC’s very stringent requirements.

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• Department for International Trade helps secure £160 million of capital expenditure into UK renewable energy backed by Dutch investors
• Investment will unlock £1 billion solar panel installation programme that will result in annual energy savings of up to £192m for 800,000 households

International Trade Minister Greg Hands today welcomed £160 million of capital expenditure into UK renewable energy backed by Dutch investors, the first step in a £1 billion programme to give over 800,000 poorer households access to cheap solar electricity.

The investment from Maas Capital (part of the ABN AMRO Bank), secured thanks to Department for International Trade (DIT) support, will help fund solar panels from UK firm Solarplicity to produce electricity for affordable housing across England and Wales.

The scheme will see Solarplicity partner with social housing providers to install panels on their housing stock, creating a Community Energy Scheme where tenants benefit from long-term guaranteed discounts on their bills. Around 100,000 households will receive panels in the next 18 months, and 800,000 in the next five years.

The panels will be free to social housing tenants, reducing their energy bills by an average of £240 a year, saving up to £192 million in total, with 100% renewable electricity.

The deal will also create over 1,000 new jobs to install and maintain the panels. Many of these jobs will go to veterans from the armed forces, as Solarplicity helps re-train them into new maintenance careers.

Speaking from a social housing development in Ealing, West London, where new solar panels are being installed, Minister Hands said:

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http://www.destinyusa.com/green

History of Destiny USA

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http://www.sfgate.com/business/article/Solar-energy-is-ready-the-U-S-isn-t-3988796.php

Solar energy is ready, the U.S. isn’t

By Ken Wells

Published 5:07 p.m., Sunday, October 28, 2012

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http://www.livingoffgrid.org/building-a-cob-house/

Building a Cob House

By Off Grid Ebert

In a time in which we are increasingly hearing scary statistics about the fate of our planet, the way forward in the field of sustainable, green building may just be to go backward.  This is certainly the case for people demonstrating a growing interest in building earthen homes and structures using an ancient method known as cobwork or cobbing.  Cobbing, believed to have originated in the Maghreb as early as the 11th century, spread into wide usage across many parts of the rest of Europe as the main building style for homes.  The name of this style of building comes from the word cob, which is the name of the building material itself, formed of a mixture of earth (such as clay, sand, and other soil), straw, and water.  Despite what the materials may imply, this substance, when dried, is fireproof.  It is also inexpensive, and naturally cool in the summer heat and relatively easy to heat in the winter.

Many homes built of this material centuries ago still stand and remain in use.  Pictured here to the left is a cob house in England, believed to have been built in the late 1700s. (Photo by Tim Green, http://www.flickr.com/photos/atoach/4927564858/) These homes typically have thatched roofs, while small but efficient fireplaces with chimneys provide warmth when the weather is cold.

The appearance and texture of cob varies from region to region, depending on the available natural resources and their characteristics.  As such, cob is one of the most versatile building materials on earth.  It can be molded and shaped into whatever form is framed by the builder.

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http://www.greenhomesamerica.com/

One Call… We Do It All!

• Comprehensive Home Assessments
• Heating & Cooling
• Attic & Wall Insulation
• Windows & Doors
• Solar
• Duct Repair

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http://www.resnet.us/

RESNET professionals have
specialized energy efficiency training. 

RESNET: A name you can trust!

Call: 760-806-3448

• » What is a Home Energy Audit?
• » Benefits of a Home Energy Audit
• » What is an Energy Rating?
• » Why use a RESNET-Certified Auditor or Rater?

• Find Raters and Auditors
• » Search for Certified Energy Raters and Auditors

• » What is an ENERGYSMART Contractor?
• » Why use an ENERGYSMART Contractor?
• » How to Choose the Right Contractor
• » Energy Efficient Mortgage Information

• Find Contractors and Builders
• » Search for ENERGYSMART Contractors & Builders

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Sorry I could not capture the last 2 videos. You will just have to go to the site and watch them.

Why Should I Have My Home Rated?  Watch Now

Why Hire EnergySmart Contractors?

Why Hire a Certified Rater?

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http://www.hgtvpro.com/hpro/green_building/article/0,3142,HPRO_27916_6024083,00.html

Five Models of Energy Efficiency: A Guide to Beautiful, Energy-Efficient Homes

Five US builders are being honored for their exceptional achievements in high performance building at the second annual BASF Builders Challenge Awards.

Led by the U.S Department of Energy (DOE), the Builders Challenge is working with homebuilders across America to build a new generation of high-performance homes, working toward the ultimate goal of providing cost-effective, net-zero energy homes by 2030 for all Americans.

To qualify for the Builders Challenge, homes must meet at least a 70 on the EnergySmart Home Scale (E-Scale) — which means they must use at least 30 percent less energy than a typical new home built to code.

2010 BUILDERS CHALLENGE AWARDEES

Colorado Builder’s Net-Zero-Energy House Costs Just 7% to 8% More Ecofutures Building Inc. developed four certified Builders Challenge homes (two with minus-three HERS ratings). These net-zero-energy measures represented only 7% to 8% of the total building cost. See how they did it so cost-effectively >>

Treating the Home as a Whole System By treating houses as a complete system, David Weekley Homes qualified 280 homes for the Builders Challenge with HERS scores averaging 67. The homes ranged from 1,500 to 5,500 square feet. Get better results by treating the house as a whole system >>

College Students’ Habitat for Humanity Home Yavapai College students built a Habitat for Humanity house that achieved the remarkably low HERS score of minus-three. Their 1,207-square-foot home cost only $92 per sq. ft. cost to build. Learn how the students got it done >>

Homebuilder Adds Net Zero Energy Upgrade Package Artistic Homes of Albuquerque offers a net-zero-energy upgrade option on all their homes. They’ve completed and sold 11 true net-zero-energy homes ranging from 1,305 to 2,905 square feet and costing between $160,000 and $300,000. Find out about the upgrade option >>

Builder Promises Zero Energy Bill for Five Years Tim O’Brien, a fanatic about eliminating air infiltration, actually got $400 back from the utility the first month after construction was finished. He guarantees a zero energy cost for the first 5 years on his home. See what makes this builder so confident >>

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