Have you wandered the aisles of your local home improvement store trying to determine what you need for your home’s air conditioning or furnace? If you are unsure about what is wrong with your equipment, get a professional’s opinion or you could be spending money unnecessarily.
Sewage and industrial sludge is being managed as a liability. Current outdated regulations and technologies focus on the least-expensive means of the sludge disposal. Sludge management needs to be redirected toward the recovery of energy and chemicals embedded in the sludge and guided by the principals based on the current scientific findings and technology. Environmental and demographic considerations need to play an important role in this new approach geared toward sustainable and energy-efficient waste management practices.
This past year has been a hallmark year for the advancement of Light Straw-Clay building. The publication of our new book The EcoNest Home and the latest edition of Franz Volhard’s book Light Earth Building translated into English, and the inclusion of Light Straw-Clay Building in the International Residential Code has made this beautiful form of construction accessible to more people than ever before in modern times.
As the energy industry evolves, so does big data. Big data is probably best known for tracking people’s behaviors, purchases and viewpoints, but it can have many other applications. Now the energy sector is tapping into the resources big data has to offer. From renewable energy to oil, gas and coal, this data science can help many companies maximize profits, reduce costs and even lower risk.
A seemingly simple, light-trapping prism could revolutionize the future of solar power. The glass prism, which maximizes the amount of energy it can derive from sunlight, contains a 28-square centimeter, four-junction miniature module that works by utilizing a hybrid receiver designed to convert electricity from each sunbeam more than other devices.
Choosing the right size solar photovoltaic system for your home depends on where you live, how much electricity you use, the specifications of your roof, as well as the policies in place at the state, municipal and utility level. By optimizing your system, you can make the most of your solar investment.
This post covers the importance of having a comprehensive water plan for your property. Most homesteaders are simply dependent on their wells, which are predicated on cheap and reliable energy. Don’t misunderstand me: I love being able to flip a switch and get light and turn on a faucet and get water — it’s wonderful! However, we need to develop a resilient water plan that accounts for potential disruption in that system but also to develop other systems to increase the fertility of the land.
Winters can be brutal, especially on our homes when it comes to our energy costs. Winter tends to drive up energy costs but there is a way to prevent that from happening this winter including eliminating drafts, smart thermostats, and more.
There are many ways to save energy in the home and one of the most efficient is the right use of home automation. Here are the top five ways you can use home automation to turn your house into a smart, energy-saving abode.
Home insulation can no longer be regarded as something homeowners simply put off as a vague way to be environmentally conscious. Insulating one’s home properly is the best way to cut down on those surging energy costs plaguing every homeowner.
If you fall asleep or can't think straight at holiday gatherings, don't blame it on the turkey (or your relatives)! Research indicates that carbon dioxide is not only a greenhouse gas, but elevated levels of it are detrimental to human health and cognition. Learn how improving your indoor air quality will increase your health and stamina during holidays.
There are five main areas of the home responsible for wasting the most energy. At the top of that list is windows, and one of the most effective ways to decrease your home’s carbon footprint is by replacing old, drafty windows with new, air-tight Energy Star-qualified windows.
The U.S. Department of Energy estimates that the amount of energy lost annually through windows costs consumers $35 billion. Heat loss and heat gain through and around windows accounts for between 10 and 25 percent of our heating and air conditioning usage, the largest consumer of energy in a modern home. Here are some ways to make sure your windows are as energy-efficient as possible.
When your electronics say “low battery,” it means just that: The batteries are low but not dead. The energy that remains in seemingly dead batteries can be used in this simple night light project that you can build at home in about one hour. Your new night light will shine for months and is reusable for years, powered by “dead” batteries.
The third in a series of weekly postings about my visit to Cuba with a delegation of energy industry professionals, and a Cuban colleague’s visit to Vermont where I developed a similar tour. Along the way we learned about efficiency and renewables, and some striking contrasts between ourselves and our countries were revealed.
Learn about three consumer-driven green energy trends for 2015 that will have a direct impact on our pocketbooks in the coming year, including net-zero energy homes, electric vehicles, and green energy production.
From choosing affordable floods for the bedroom remodel to switching out the oven-hood incandescent, Jennifer details how much it cost to light her house sustainably, as well as forecast her long term savings.
Considering induction cooking as an eco-friendly alternative to cooking with electricity? Can’t begin to contemplate spending $3,000 on a stove? This article will run down how you can integrate the hottest new tech in cooking into your kitchen without winning the lottery.
Having a properly maintained water heater is like going to the dentist: No one wants to do it, but it’s gotta be done. Ideally, you should have an inspection and necessary maintenance performed on your water heater once a year.
It might seem like a small thing, but your refrigerator can be a HUGE drain on your energy bill. We’ve already shown you how to check for leaks in your refrigerator seal—now let’s take the next step in keeping your fridge in top working order.
Attics can be a huge energy drain if they are not insulated sufficiently. We’ll leave the
heavy lifting for next weekend, but for now look for uneven insulation, base sports, water damage, and anything else that looks out of place.
It’s springtime and the weather is getting warm, but that is no excuse for letting money and energy fly out the window every single day. Hopefully you were able to find all the drafts and leaks in your windows last fall (if not, now is just as good a time as any).
Did you know that heat transfer through windows can account for up to 25 percent of your energy bill by allowing heat out during the winter, and makes your air conditioner work overtime to combat the sun’s warming? Drafts and leaks can be the biggest culprit of energy waste but can also be fixed with relatively little effort.
More than the electricity needed to run these machines, the “rinse hold” hot water setting that many households use is the biggest energy drain associated with dishwashers – as much as 80 percent of the energy your dishwasher uses goes to heat water.
There are two situations which do not require you to be heating your home: when it is warm and when you are not at home. Since it is still a bit chilly outside, you may want to consider setting up a routine of turning down the set temperature on your thermostat when you head out in the morning and when you go to bed.
Some large electronics can use as much energy as a light bulb while in "stanby" mode, meaning you should unplug them when you leave the house or know you won’t use them for awhile. Having a large electronic setup plugged into a power strip makes it much easier to completely power it down, especially if it has a lot of plugs like a home theater system or computer.
CFLs use 75 percent less energy and last 10 times longer than an incandescent bulb. I know that when I purchased new lamps for my house, they had a whole shelf of incandescent bulbs right next to it, and I had to go search the store for CFLs, so I understand if you are currently using incandescent bulbs. But it’s worth the switch — not only are CFLs equal in light quality, they last way longer and will save you hundreds of dollars over their lifetime.
Tonight when you get home from work or school, call your utility company and ask what incentives they have for you to get an energy audit for your home. Many utilities have been offering free energy audits for years, but very few people have actually taken advantage.
Summing up pasture data where it relates to chickens and customizing land to better suit poultry and their behavior and stomachs. Measuring oil viscosity levels and rescuing a trailer with a portable winch were some of our favorite things.
If someone told you that you were losing money just by sitting in your home, you would probably want to do whatever you could to change that. Well the reality is that your home is using up energy regularly, and there is a huge chunk of that energy that you do not even need. Luckily, we live in a time when technology is constantly coming up with ways to fix problems such as these. Here are some of the ways that technology can help to save the environment, as well as your wallet.
Does 100 mpg fuel economy justify cross-country recreational travel? Maybe so and maybe not, but I need to be careful—increasing fuel efficiency can increase fuel consumption if you increase your driving, too.
More than 15 tips for saving water inside your home and outside in your yard and garden. Reducing your water use will not only lower your water bills and help prevent water shortages during drought periods in your area. It also...
This blog contains a detailed list of most of my initial design priorities for my net zero energy home so others may benefit from my thinking and experience on creating a passive solar, net zero energy, green home.
In this blog, I highlight the earliest decisions I had to make to create a net zero energy home: how I was going to build the foundation and walls. Thermal bridging, air tightness, insulation, cost, and greeness are all key deciders.
In this blog, my architect James Plagmann and I begin to tell the story of the construction of Dan's new net zero energy homes. Dan begins by laying the ground, defining a few terms and describing his experience in this field.
Upgrading wall insulation is tricky. You can't see the insulation that is (or isn't) in your walls, and it's not easy to install new insulation in a hidden wall cavity. One solution that shows promise is filling wall cavities with injections foam.
Let's face it: Tax audits have given the word "audit" a bad name. But a home energy audit is a good thing, and every home can benefit from the information and recommendations a home energy audit provides.
The work invovlve in tranforming a house that wastes energy into a house that's 50%-95% more energy efficient is called a "deep energy retrofit." We need to find ways to do more of these to save energy, money and the environment.
We know that heating, cooling and operating our buildings is responsible for 40 percent of total energy expenditures in this country. That’s a huge percentage. But we also know how to test, evaluate and improve buildings so that energy use can be cut dramatically.
There are many ways that each of us can lessen our unhealthy dependence on filthy fuels. You can do so in every area of your life, from choices you make regarding your house and home improvements, to food, transportation, and other consumer choices.
Scott Davis’ “Solar Projects, Big and Small” video offers inspiration for both solar energy enthusiasts and folks who are just curious. Tips and advice pertaining to solar energy can be found at the Yahoo! group Simply Solar, and you can make your dream project a reality with Gary Reysa’s instructions.
Most of us would love to live in energy-efficient homes that are good for the environment and have low, low energy bills. But what are the best real options available? How do you create an extremely energy-efficient home that’s still affordable for most people?
Green home improvement and retrofit projects that only require a minimal investment and that have a sure (and often speedy) payback. These relatively low-cost improvements can reap real savings. Plus, a link to info on tax credits and rebates.
The Evergreen Institute lowers prices to encourage more participating in its January workshops in home energy efficiency, electricity and electrical wiring, and basic PVs: An Introduction to Solar Electricity.
Check out these high-quality workshops on solar electricity, home energy efficiency, and small wind energy systems. Geared to homeowners, aspiring professionals, students and teachers - anyone wishing to learn more about renewable energy systems
With new breakthroughs in solar electricity coming out every year, should you wait before investing in a solar electric system? Energy expert Dan Chiras discusses cost of PV modules in terms of cost per watt of installed capacity.
Three-day workshop announcement on net zero energy homes by leading authority on energy efficiency and renewable energy, Dan Chiras. Learn how to reduce your utility bill through conservation, effriciency, & clean, affordable, renewable energy.
Dan Chiras points out the efforts already being made to increase availability of renewable energy professionals and educators and talks about The Evergreen Institute's new goals to raise interest among potential students.
Have you found helpful ways to cut your energy use at home? Whether it's turning down the thermostat or installing new light bulbs, tell us what you've done to conserve energy and how well it's worked.
Want to know more about where that $787 billion dollars in the stimulus package is going? Here are links to a couple of timely articles with all the details about how the stimulus package will encourage renewable energy and energy efficiency.
Almost everyone uses a computer these days. But not everyone knows how much energy is consumed by that one device.Most appliances or electronics tell you the number of watts they use. An average CPU uses 120 watts, while the monitor uses 150 watts. That's 270 watts of power while in use, but there are several easy ways to reduce that amount.