by piotr | Aug 22, 2015 | Uncategorized
High Efficiency Hybrid A/C Units and Related Hardware Additional technical documents on the Hybrid A/C units below. Click on item names in green for a data sheet or picture of the product. Item Manufacturer Model # Condition MSRP Price Complete System: Hybrid A/C SolCool SCO24 V3 New 3,400.00 900.00 Spare Parts: Water Cooler (bottled water) Livart LV-210 (no hot) New 207.56 60.00 Water Cooler Dispenser Aquacell Aquacell-1000 New 995.00 225.00 Water Cooler Dispenser Aquacell Aquacell-1000 Demo 995.00 100.00 Solar Mounting Brackets SolCool New 5.00 1.00 A/C Condenser (image) Tecumseh AJA2429ZXAXA New 704.64 395.00 Refrigerant Solonoid Valve Emerson New 200.00 50.00 A/C Duct Add-on SolCool New 20.00 5.00 The SolCool Version 3 (see photo below) is a revolutionary low-power unit that runs internally on DC power. The SolCool can plug into a standard 110-volt wall socket if available, but also uses a combination of 12-volt solar/back-up batteries for its internal grid such that it can be operated completely from solar panels or a wind turbine. Its modular form fits any type of residence or commercial building, from a single-family home to a condo tower to a professional office space to a warehouse. Each Version 3 unit uses 80% less electricity and provides about 2 tons of cooling with a 67 SEER rating. In the Las Vegas valley, each unit will cool about 800sq/ft. The advanced design of the system does not add any humidity to the air inside the structure. We recommend the SolCools be use in conjunction with a traditional A/C unit where the SolCool is set 2-3 degrees below the regular A/C thermostat. This will save a considerable...
by piotr | Feb 18, 2011 | Uncategorized
Mounting Diagram For a Mechanical Drawing with all dimensions: http://www.tecumseh.com/~/media/Drawing-Data/North-America/Sales-Drawings/aj-su1893-42_d-c.pdf General Information Unit Model AJA2429ZXAXA Oil Charge (oz) 782 Bill Of Material 2D262-1 Oil Type Polyolester Market OEM Type Air Cooled Application LBP -40°F to 10°F Weight 97 BTUH @ Rating Unit Horsepower 1/2 HP Liquid Line Size N/A Pump Down Capacity N/A Suction Line Size N/A Refrigerant R404A Electrical Information Voltage 115V ~ 60HZ Voltage Range 103 – 127 Maximum Fuse Size 15 RLA/LRA 8.2/68 Fan RLA 1.40 Minimum Circuit Ampacity 11.7 Component Information Compressor ModeL AJA2425ZXA Compressor Bill of Material AJ532AT-336-P2 Fan Motor Quantity 1 Relay or Integral Relay Box AE1170-034B Fan Switch 1 N/A Fan Switch 2 N/A High Pressure Switch N/A Pressure Control N/A Contactor N/A Suction Valve 31547-7 Receiver N/A Receiver Valve N/A Condenser 50798-3 Base Valve N/A Fan Motor 810M035A29 Fan Bracket 57144 Fan Blade 51541-1 Shroud 70724-2 Fan Guard N/A Valve Gasket N/A Accumulator N/A Start Capacitor 85PS165C99 Run Capacitor 85PR370E36 OEM Relay 820ARR3C22 OEM Overload Polyolester Capacitor Cabinet N/A Control Panel N/A Crankcase Heater N/A Power Cord N/A Liquid Valve N/A Process Valve Check Valve N/A Shut Off Valve 56501-8 Water Regulating Valve N/A Filter Drier N/A Suction Filter N/A Defrost Timer N/A Receiver Heater N/A Solenoid Valve...
by piotr | Jun 3, 2010 | Uncategorized
This chart shows solar insolation in kilowatt-hours per square meter per day in many US locations. For simplicity, we call this figure “Sun Hours / Day”. To find average sun hours per day in your area (column 5), check local weather data, look at the maps at the bottom of this page, or find a city in the table below that has similar weather to your location. If you want year-round autonomy, use the lowest figure. If you want only 100% autonomy in summer, use the highest figure. State City High Low Avg State City High Low Avg AK Fairbanks 5.87 2.12 3.99 MO Columbia 5.50 3.97 4.73 AK Matanuska 5.24 1.74 3.55 MO St. Louis 4.87 3.24 4.38 AL Montgomery 4.69 3.37 4.23 MS Meridian 4.86 3.64 4.43 AR Bethel 6.29 2.37 3.81 MT Glasgow 5.97 4.09 5.15 AR Little Rock 5.29 3.88 4.69 MT Great Falls 5.70 3.66 4.93 AZ Tucson 7.42 6.01 6.57 MT Summit 5.17 2.36 3.99 AZ Page 7.30 5.65 6.36 NM Albuquerque 7.16 6.21 6.77 AZ Phoenix 7.13 5.78 6.58 NB Lincoln 5.40 4.38 4.79 CA Santa Maria 6.52 5.42 5.94 NB N. Omaha 5.28 4.26 4.90 CA Riverside 6.35 5.35 5.87 NC Cape Hatteras 5.81 4.69 5.31 CA Davis 6.09 3.31 5.10 NC Greensboro 5.05 4.00 4.71 CA Fresno 6.19 3.42 5.38 ND Bismark 5.48 3.97 5.01 CA Los Angeles 6.14 5.03 5.62 NJ Sea Brook 4.76 3.20 4.21 CA Soda Springs 6.47 4.40 5.60 NV Las Vegas 7.13 5.84 6.41 CA La Jolla 5.24 4.29 4.77 NV Ely 6.48 5.49 5.98 CA Inyokern 8.70 6.87 7.66 NY Binghamton 3.93 1.62 3.16...
by piotr | May 24, 2010 | Uncategorized
Small Wind Turbine Global Market Study predicts sales explosion by 2013 According to the American Wind Energy Association (AWEA) report, Small Wind Turbine Global Market Study, the sales of small wind turbines in the U.S. increased by 78% in 2008. The association indicates there are approximately 1000 small turbines generating about 17.3 MW of power in the country, and this capacity is expected to explode to 1,700 MW by 2013. (Source: International Business Times, May 28, 2009) www.awea.org If your property includes a good wind resource, there is no better investment you can make today than a wind turbine. Our wind turbine solutions provide a x3-x7 return on investment over the product life cycle (20-30 years). Then at the end of that specific unit’s life cycle, your initial investment continues forward in the form of a reusable foundation, tower and grid connection for the next turbine. If you consider the capitalization recovery duration – 50-80 years for the foundation, tower and grid connection, the cost of our wind turbines on a property with a good wind resource is as low as $.03Kwh. Give us a call today to see how we can help your monthly budget to reduce or to totally eliminate your electric bill. Wind turbine installations in much of Nevada and the surrounding states have a challenge… wind gusts of over 100mph and frequent continuous wind speeds of over 50mph. ETC Green surveys have included the installation of over 150 weather stations and we have recorded such speeds at several potential wind sites. Very few wind turbine manufacturers engineer wind turbines to survive long term in such conditions....
by piotr | Mar 19, 2010 | Uncategorized
Renewable Energy: Any energy resource that is naturally regenerated over a short time scale and derived directly from the sun (such as thermal, photochemical, and photoelectric), indirectly from the sun (such as wind, hydropower, and photosynthetic energy stored in biomass), or from other natural movements and mechanisms of the environment (such as geothermal and tidal energy). Renewable energy does not include energy resources derived from fossil fuels, waste products from fossil sources, or waste products from inorganic...
by piotr | Jan 10, 2010 | Uncategorized
Understanding the Magnuson-Moss Warranty Act of 1975. Nearly everyone has heard about someone who has taken a vehicle that has been modified with aftermarket parts to a dealer for warranty service, only to have the dealer refuse to cover the defective items. The dealer usually states that because of the aftermarket parts the warranty is void, without even attempting to determine whether the aftermarket part caused the problem. This is illegal. Vehicle manufacturers are not allowed to void the vehicle warranty just because aftermarket parts are on the vehicle. To better understand this problem it is best to know the differences between the two types of new car warranties and the two types of emission warranties. When a vehicle is purchased new and the owner is protected against the faults that may occur by an expressed warranty – an offer by the manufacturer to assume the responsibility for problems with predetermined parts during a stated period of time. Beyond the expressed warranty, the vehicle manufacturer is often held responsible for further implied warranties. These state that a manufactured product should meet certain standards. However, in both cases, the mere presence of aftermarket parts doesn’t void the warranty. There are also two emission warranties (defect and performance) required under the clean air act. The defect warranty requires the manufacturer to produce a vehicle which, at the time of sale, is free of defects that would cause it to not meet the required emission levels for it’s useful life as defined in the law. The performance warranty implies a vehicle must maintain certain levels of emission performance over it’s useful life....
