Whynter ARC-14S 14,000 BTU Dual Hose Portable Air Conditioner The Whynter 14,000-BTU Portable AC is a quiet, powerful portable AC that offers year-round comfort to rooms up to 500 square feet. With eco-friendly features and patented auto-drain technology, it’s a convenient choice that’s easy on the environment and your wallet. Packed with features and powerful cooling, the North Storm 14,000 BTU Portable Air Conditioner is a great choice for large areas up to 700 square feet. Add instant cooling or supplemental heat to your living room, home addition, or basement for year-round comfort. Other features include a programmable timer, simple set up, and two color options. Delonghi PAC N130HPE Portable Air Conditioner with Heat 13,000 BTU The 13,000-BTU DeLonghi N130HPE Portable Air Conditioner and Heater offers versatile room comfort for rooms up to 450 square feet. With DeLonghi’s no-drip technology and 4 operating modes, this model is sure to provide year-round convenient comfort.

Learning Center / Heating & Cooling / Portable Air Conditioners / Can You Cool a Garage with a Portable Air Conditioner?Can You Cool a Garage with a Portable Air Conditioner?The garage is a haven for car enthusiasts and hobbyists like woodworkers - that is until the temperatures start to increase. Outdoor work spaces get hot fast when the mercury rises. Whether the garage is your man cave or where you work to make a living, don’t let the heat stop your productivity. There’s a variety of options that can help to keep garages comfortably cool so you can stay on track with your projects, but some are far more effective than others. Do your research and learn the pros and cons of each so you can select the best one for your needs.Fans seem like a quick fix to hot garage troubles. Both oscillating and ceiling options are inexpensive and easy to install. The drawback: fans are minimally effective. Fans alone simply circulate stagnant, hot air throughout the space. What’s more, if the garage is large, the air circulation may not spread through the entire area.

Mobile air conditioners (AC) are more expensive than fans, but can be an effective way to cool garage spaces. 3 ton ac unit reviewsKeep in mind, using an air conditioner does require the space to be closed off. cost of new ac unit in texasDepending what the garage is being used for, this may be impossible for some people.wall mounted air conditioning unit price If you have a window in the garage, a window AC unit may work well because it vents directly outside. For garages without windows - which is typically more common - installing AC can be problematic. The unit requires a place to ventilate the heat generated from the compressor. This not only limits the mobility of the unit, but also requires fixed-ductwork and adds another point of heat generation.

Harsh refrigerants and energy consumption are other drawbacks. Refrigerants are an integral part of AC options to emit cool air, and running the unit uses a lot of energy which can cause energy bills to skyrocket.Evaporative cooling is gaining popularity due to its effectiveness and versatility. Portable evaporative coolers cool warm air and drop temperatures using tap water, a pump and a wetted surface to create the naturally occurring process of evaporation. When the air in the garage is pulled across the water, the temperature of that air naturally lowers. This effect is similar to the chill you get coming out of a pool or how the wind off the lake feels cooler. A garage enthusiast’s favorite is the Portacool Jestream 240 because it’s compact, portable and can be used with the garage door open to provide cooling throughout the space. Plus, it’s far more energy efficient than running an AC unit consistently. In fact, it pulls the same amount of electricity as a small household appliance so it won’t zap your energy bill.

Even better, there’s no compressor to vent residual heat and there are no harsh chemicals or refrigerants involved. The Portacool Jestream 240 is surprisingly effective at cooling garages. It’s been proven to deliver a temperature reduction from 8 to 10 degrees in the morning in the highest humidity regions (Miami, New Orleans or Boston), and up to 12 to 15 degrees later in the day when the relative humidity goes down as the temperature goes up. Now that you’ve determined the best cooling option for you, there are a few final things to consider. To start, insulation can make a big difference when regulating temperatures, especially in closed spaces. Consider adding paper-backed batt-insulation to the ceiling and walls. Additionally, ditch anything that puts off unnecessary heat, such as old incandescent bulbs since 90 percent of the energy used is given off as heat. Instead, replace with energy-sipping and cool running LEDs.Older refrigerators/freezers contain ozone-depleting refrigerants and/or foam blowing agents, depending on the year they were manufactured.

In addition to depleting the ozone layer, these substances are also potent greenhouse gases (GHGs) that contribute to climate change when emitted to the atmosphere. While the refrigerants used in newly manufactured units are still potent GHGs, these appliances do not contain ozone depleting substances (ODS) and are significantly more energy efficient than older models. Similarly, window air conditioners and dehumidifiers contain environmentally-harmful refrigerants, and the older units consume significantly more energy than the newer ones. To reduce energy demand, ozone depletion, and global climate impacts, it is critical that older units be permanently removed from the energy grid and properly disposed of so that environmentally-harmful refrigerants and foam blowing agents are captured and recycled or destroyed. Learn more about the environmental impacts of refrigerated household appliances. In the United States alone, it is estimated that there are approximately 200 million household refrigerators/freezers, 40 million window air conditioning units, and 15 million dehumidifiers (AHAM 2001, EIA 2001).

Of the refrigerators and freezers, over 20 million are secondary units located in people’s basements or garages (AHAM 2001, EIA 2001). Often, these secondary units are older, less efficient models that are underutilized, but kept for convenience. Roughly nine million refrigerators/freezers, six million window air conditioning units, and nearly one million dehumidifiers are disposed of each year. The proper removal and disposal of these appliances would: Given the large number of refrigerated appliances that are taken out of service each year, the environmental impacts of removing and properly disposing of old appliances can be significant. The figure below illustrates the climate benefits of removing old units from the power grid and disposing of them properly. When household appliances are taken out of service, federal law requires that: (1) all refrigerant be recovered prior to dismantling or disposal (40 CFR Part 82 Subpart F); and (2) universal waste (e.g., mercury), used oil, and PCBs be properly managed and stored (40 CFR Parts 273, 279, 761).

State laws may have additional requirements. For example, in 2006, California introduced a law requiring entities that remove materials such as mercury, used oils, PCBs, and refrigerants from appliances be certified by the state (AB 2277 Exit). Similarly, some states require that certain durable appliance materials be recycled. At this time, no federal or state laws require that appliance foam be recovered; however, the common practice of shredding and/or landfilling of foam represents a significant source of ODS and GHG emissions which could be avoided through foam recovery. For more information on disposal requirements for appliance recyclers (PDF) (4 pp, 384K, About PDF). Many old refrigerated appliances are disposed through curbside pick-up programs offered by municipalities or through appliance pick-up services offered by retailers when a new unit is purchased and delivered. Typically, municipalities and retailers subcontract the disposal of old appliances to third parties, who may re-sell some of the units domestically or abroad.

For example, an estimated 40% of used appliances collected by retailers are placed on the secondary market each year—meaning that they may be put back on the domestic electricity grid, where they continue to operate inefficiently, consuming excessive amounts of electricity. Alternately, some of the operational units are exported to developing countries, where they are less likely to be handled responsibly at end-of-life. Units that are not fit for resale are typically sent to appliance recyclers, scrap metal companies, or other third parties, where valuable metals are generally salvaged for recycling, and foams, plastics, and glass are typically shredded and landfilled. While federal regulations govern the treatment of refrigerant, mercury and PCBs, the ultimate fate of these components is often unknown; there have been reports of appliance dumping, venting of refrigerant, and release of hazardous components to the environment. Municipalities and retailers can have a positive impact on appliance recycling by ensuring that all old units collected are permanently removed from the electricity grid (i.e., not re-sold) and are responsibly disposed.

Utilities, many of which have a mandate to reduce energy demand, can also play a role in facilitating responsible appliance disposal by promoting the permanent removal of old, energy inefficient appliances from the grid. Similarly, manufacturers can facilitate the appliance recycling process in the name of product stewardship by promoting and supporting the responsible disposal of old appliances produced under their brand name. To date, dozens of utilities have implemented appliance disposal programs across the country—many of which are ongoing. These programs promote the removal and safe disposal of old, inefficient refrigerators and freezers, typically through advertisements and by offering appliance owners a financial incentive (e.g., $35) for the collection of their old units. In some cases, rebates toward the purchase of a new refrigerator/freezer or window air conditioning unit that has earned the government’s ENERGY STAR® label are provided when old units are turned in.

To collect and process the old appliances and administer and/or market the program, utilities typically hire a third-party contractor. Because of reduced energy demand, these appliance disposal programs are considered to be highly cost-effective. On average, these programs cost $0.04 to reduce each kWh of demand, and can lead to benefit-cost ratios of more than three to one (for refrigerators) (Kolwey 2006). Universities and other large organizations can also reduce emissions of ODS and GHGs through the collection and proper disposal of refrigerated appliances in their facilities and/or surrounding communities. Entities that have a responsible appliance disposal program in place, or would like to implement one, should consider joining EPA’s voluntary Responsible Appliance Disposal (RAD) Program! Association of Home Appliance Manufacturers (AHAM). 2001. INFOBulletin #7: Mahor Home Appliance Saturation and Length of First Ownership Association of Home Appliance Manufacturers Research Study, 2001.Exit