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Strategically placed trees can be as effective as other energy saving home improvements, such as insulation and the installation of weather-tight windows and doors. Trees help reduce your heating and cooling costs. Trees save energy through cooling in the hotter months, and provide a wind break during winter. This results in burning less fossil fuels to generate electricity for cooling and heating.
WATCH RELATED VIDEO: EcoPlant - Energy saving platform for industrial plantsContent:
- Planting and seedling care
- The Source of Shelbyville's Energy Efficiency? The Energy of Leadership and Staff.
- Planting Trees for Energy Conservation: The Right Tree in the Right Place
- Trees and Energy Conservation
- Live Animals and Wildlife
- Gardening Tips for Saving Energy
- Harvesting energy savings in indoor agriculture facilities
- Home Energy Conservation
- Energy Management And Plant Efficiency
- Conserving the Earth
Planting and seedling care
View a pdf version of this document with graphics. Homeowners go to great lengths to conserve energy in this era of tight budgets and environmental awareness. However, many do not realize that the simple act of planting a tree can result in energy savings. Planting the right tree in the right place is the key to saving energy with trees. The right tree in the right place provides wind protection, shade, and cool air, while adding beauty, privacy, and wildlife habitat to the landscape.
The right tree in the right place also means tree selection and placement to minimize conflicts with power lines and other obstructions. Many residential power outages are caused by trees interfering with power lines. Deciduous trees trees that lose all of their leaves each fall save energy in summer by shading houses, paved areas, and air conditioners.
Small deciduous trees and shrubs, and especially those with low, dense branches, also can serve as effective wind barriers. Large and small evergreen trees and shrubs save energy by slowing cold winds in the winter. They also provide shade, but since they often have branches near the ground, their shade is most effective when the sun is not directly overhead. Both deciduous and evergreen trees save energy in summer by directly cooling the air.
This cooling happens as water evaporates from the leaf surfaces, much as our skin is cooled when we perspire. Shade from trees reduces air conditioning needs and makes non-air conditioned homes more comfortable.
Plant deciduous trees so they will shade east-facing walls and windows from 7 to 11 a. Trees with mature heights of at least 25 feet should be planted 10 to 20 feet east and west of the house.
Plant smaller deciduous or evergreen trees with lower limbs northwest and northeast of the building to provide late afternoon and early morning shade. Trees planted to the southeast, south, or southwest will only shade a building in the summer if they extend out over the roof. In the winter, when maximum sun is desired, such trees will provide too much shade. Even deciduous trees that have dropped their leaves cast quite a bit of shade in the winter.
Trees planted to the southeast or southwest should be about four times their mature height from the building. Trees should also be planted to shade paved areas. Light energy striking dark pavement like asphalt is absorbed, causing the air above to be heated. Light colored pavement absorbs less energy, but can reflect it toward a building. Tree leaves reduce heat and reflection as they absorb light energy and use it to evaporate water.
Air conditioners should also be shaded from mid-morning through evening. Prune branches to allow at least several feet clearance around the air conditioning equipment to encourage air flow. Shrubs should not be planted near the air conditioner or they will reduce air flow and cooling efficiency.
Trees can reduce energy use for heating by blocking cold winter winds. These winds enter homes through small openings and also carry heat away from the building's outer surfaces. Effective windbreak trees have crowns that extend to the ground and branches that keep their foliage in winter evergreens. Junipers, spruces, firs, Douglas-fir, and evergreen shrubs are good choices for wind protection. Trees for winter wind protection should be planted upwind of the area to be protected.
This will often mean planting on the west, northwest, and north sides of a building.However, local conditions like mountain ranges may cause prevailing winter winds to be from other directions.
Windbreak trees can be planted in straight or curved rows or in linear groupings. They should be close enough together so their crown edges meet within a few years without overcrowding. Small or narrow-crowned trees can be as close as six to eight feet while larger trees can be as far as fifteen feet apart. Shrubs can be planted as close as two to four feet apart.
Windbreaks can consist of one or two dense rows or several less-dense rows. Wind protection extends downwind ten to twenty times the windbreak height, so the trees need not be planted close to dwellings to be effective. Keep in mind that snow drifting will be the worst at two to three times the windbreak height downwind. Avoid creating future problems when planting trees. Remember that a four foot tall, two foot wide tree might end up being 60 feet tall and 30 feet across.
Learn the mature size and crown characteristics of any tree you buy and plant accordingly. Plant trees far enough away from sidewalks, driveways, and buildings so the crown has room to develop. Full-crowned trees that naturally keep their branches all the way to the ground should be planted at least one-half of their mature crown width from any obstruction. Trees that can readily be pruned as they grow, like most deciduous trees, can be planted closer and allowed to overhang low obstructions.
Consider power line location when planting a tree. Trees that grow into power lines cause electrical outages and increased line maintenance costs. They also can end up in poor health because of the severe pruning that is sometimes necessary. Wildfire hazard should also be considered when planning your landscape.
In areas where grass, brush, or forest fires are likely, planting trees and shrubs near your home may not be appropriate. Contact your local fire department for more information on landscaping in fire-prone areas. For additional information on tree selection, planting, and care contact your County Extension office or local nursery. For more information about trees and power lines contact Utah Power or your local power provider.
If you are planning to plant trees in an area with buried power lines or other buried utilities, call Blue Stakes at in the Salt Lake City dialing area to have these utilities located and marked. Search Search USU. Toggle navigation.
The Right Tree Deciduous trees trees that lose all of their leaves each fall save energy in summer by shading houses, paved areas, and air conditioners. The Right Place Planting Precautions Avoid creating future problems when planting trees. For Assistance For additional information on tree selection, planting, and care contact your County Extension office or local nursery.
The Source of Shelbyville's Energy Efficiency? The Energy of Leadership and Staff.
By: Laurie Fielder. Energy Savings Lifestyle. For most people, energy conservation means turning down the heat, turning up the air conditioning, or installing a water-saving shower head, but there are other actions homeowners can take to conserve energy, make their home more comfortable and durable, and spruce up their space at the same time. Wet basements are a common problem in Vermont. The fix is often an electric sump pump or a dehumidifier. However, an alternative to using energy to dry the space is to prevent moisture in the first place. This is where thoughtful landscaping can save energy and protect your foundation.
Minimize outdoor irrigation through continued use of drought resistant plants. Conclusion. The plan outlined in this document will be applied to.
Planting Trees for Energy Conservation: The Right Tree in the Right Place
The Shelbyville facility achieves nitrogen and phosphorus removal through a combination of trickling filters and aeration. T hanks to the energy of management and staff, the Shelbyville Indiana Water Resource Recovery Facility has significantly reduced its energy use. The plant also improved digester gas usage and secured a grant to install solar panels on the grounds. Overall, Kredit says, electricity use has been cut by a third while the costs for energy improvements have been paid back in just over a year. These are just some of the achievements in which the plant staff can take pride. The plant has also received collections system, laboratory and safety awards. The Shelbyville facility achieves both nitrogen and phosphorus removal, using a rather novel design that combines an older trickling filter system with a unique twist on aeration. Wastewater is collected via 75 miles of sewers and directed to two large pumping stations.One handles flow from the north side of the Big Blue River, including an industrial park; the other takes all domestic and industrial flow from south of the river and includes an in-line double-drum Channel Monster grinder JWC Environmental.
Trees and Energy Conservation
Weeping podocarpus, Podocarpus gracilior is an evergreen tree best suited for central and south Florida. Did you know that your landscape can affect the temperatures inside your home? With careful planning and design, you can "go green" and create an energy-saving landscape. Planting the right trees in the right place can help you save energy in your home year-round.
When looking for energy savings in an existing chiller plant, or plant renovation, look deeper than the chiller itself. Though the chiller may have the largest peak load of any component, it may not be the largest contributor to total annual energy consumption.
Live Animals and Wildlife
For those without trees, it takes time to plant a tree and generate this shade. So whether you have shade or are looking to generate some tree shade, read-on to learn the key to success: Put the right tree in the right place. Trees naturally cool the environment. Through the process of transpiration, similar to that of evaporation, trees lose water vapor from their leaves. This allows not only for minerals and water to move throughout the tree, but also has a cooling effect on trees and their surrounding environment.
Gardening Tips for Saving Energy
There are a number of methods and tools used to plant seedlings. Your method of planting is for you to decide but be sure to gently remove seedlings from containers before planting. The following are some planting guidelines:. Bare root seedlings are seedlings grown in an open field nursery. They are lifted in the late winter while still in dormancy.
When deciding where to plant trees for shade, take a look around your home. Determine which windows and walls receive the most sunlight. Your.
Harvesting energy savings in indoor agriculture facilities
See flyer , map , and news release for details. Happy Holidays! Colorado generates most of its electricity by burning coal. Coal-fired power plants are one of the largest sources of air pollution in Colorado and in Boulder County.
Home Energy Conservation
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View a pdf version of this document with graphics. Homeowners go to great lengths to conserve energy in this era of tight budgets and environmental awareness.
Energy Management And Plant Efficiency
The University of New Mexico concentrates on reducing greenhouse gas emissions in the production and consumption side of utility management. The Ford Utilities Center can generate , pounds per hour of steam, 4, tons of chilled water, 14 megawatts of electricity, and enough compressed air for the campus. These facilities have a combined chilled water capacity of 8, tons. The fourth location is the Campus Utility Plant, which can generate 24, pounds per hour of steam, and 1, tons of chilled water. The project included installation of natural gas cogeneration units to become more energy independent and accommodate the inevitable campus growth in a cost effective and energy efficient manner.
Conserving the Earth
Here in the Southwest, peak demand of electricity is highest late in the afternoon on hot summer days. Most power plants burn fossil fuels, which add Carbon dioxide a greenhouse gas to our atmosphere. Power plants use more water, which evaporates, in their cooling towers to meet our increased energy demands.