Gree - Solar Hybrid Hi Wall Inverter Air Conditioner The new Gree Solar Hybrid Inverter technology allows you to harness the natural and free energy from the sun to help you run your Gree Hi-wall Air Conditioning unit. You could save up to 97% on your mains power usage* with the Gree Solar Hybrid System, plus it’s easy to install and use so you can get started on saving money and lowering your energy usage with no hassle. The solar panels (sold separately) will be wired directly into the outdoor unit by your installer, this means no addition invertor is required. Once the system is set up, simply switch on and enjoy. The system will automatically pull from the solar panels or the grid depending on the current sunshine levels, you’ll enjoy uninterrupted heating or cooling as the system changes seamlessly with no input required from the user.What is a Solar Hybrid Inverter? While Inverter Air Conditioners are more powerful and use less energy than a fixed speed air conditioner, Gree’s new Solar Hybrid Inverter takes this to a new level of efficiency.

The world’s first true Solar Hybrid air conditioner allows you to convert the suns energy through Photovoltaic panels into DC power that is feed directly into the DC side of the Gree Inverter. The combination of the Solar Hybrid technology coupled with Gree’s G10 inverter means you and your family can enjoy the benefits of better temperature control, lower noise levels and now increased energy efficiency.replacing air conditioner cost car Using Gree’s patented Power Supply Control Module (PSCM) the Hansol Solar Hybrid unit can use Solar DC generated power or mains AC generated power, or a combination of both as required. water in window unit air conditionerThis means that no matter the weather, you will have uninterrupted comfort. security for window ac units

The PSCM will use as much solar energy as is available and this solar energy directly replaces the equivalent amount of AC power from the mains provider. Under optimum conditions, this can save up to 97% of your mains power usage. Connects Directly to the Solar Panels The Gree Solar Hybrid like all DC Inverter air conditioners runs on DC power converted from mains power. Gree’s new Solar Hybrid can accept DC power directly from the Solar Panels without the need of an expensive inverter or controller. The solar DC power directly replaces the mains power being supplied by your energy provider. This can reduce daytime running costs by Highest efficiency G10 Inverter Technology with lower power consumption, ultra-low frequency operation, low noise and precise temperature control. Advanced Airflow Operation with 4-way airflow/swing; extended airflow (9K and 12K sizes); waterfall heating airflow distribution; 7 fan speeds from Turbo to Mute; Ultra quiet operation – down to 23 dB(A) Sound Pressure in Low fan speed (9K and 12K sizes).

Easy Comfort Control Operation with I-FEEL standard function, Three Comfortable Sleep Modes and Energy Saving Function. Gold Fin Condenser Coil protects against the corrosive effects of outside air, extending the operating life of your system. Photocatalytic Filter improves indoor air quality by effectively eliminating 99.9% of bacteria and viruses, reducing contaminants and oxidizing odors. Intelligent Defrost reduces energy loss and defrost time by only defrosting when needed. Gree Solar High Wall Brochure If you require further detail please contact us Window and Wall Air Conditionerswall air conditioners To contact Appliances Connection with any questions on what Window and Wall Air Conditioners best fit your home, please call 800-299-9470.AC-DC Solar Air Conditioners & All-DC Solar Air Conditioners for commercial or residential use. One-Ton Solar Mini-Split AC Units For solar PV powered AC/Heat Pump units (DC powered & AC-DC hybrid solar air conditioners and heat pumps)

please visit our partner HotSpot Energy. Chiltrix Ultra-Efficient Chiller Air Conditioner Uses up to 7 Indoor Units Chiltrix CX30 DC-Inverter Ultra-High Efficiency Solar-Ready Heat Pump Chiller Air Conditioner. Up to 7 Indoor Units per The Chiltrix air-source chiller heat pumps are 2-ton modular units and can be "stacked" to create systems of 20 tons or more. This DC-Inverter chiller offers variable capacity making it always the exact right size. DC-Inverter pump saves additional energy on loop circulation. Super-slim 5.1" indoor units also use DC-Inverter fan motors. NPLV rated COP of 5.64 Cooling / 5.97 Heating. The most efficient chiller heat pump on the market. Integrates with solar thermal heating, solar water heating, and PV solar panels. For more details Contact Us or see complete small heat pump chiller air conditioner manufacturer information. Floor or Wall Mount PTAC Hotel Room Air Conditioner Heat Pump (PTHP) for hotel, motel room, small office, home/residential or other use.

Using DC Inverter technology, this Mitsubushi-powered PTAC unit saves 35-40% on electrical consumption with an effective SEER of >17. This PTAC is designed for hard, continuous use in hotels and other commercial environments, making it perfect for long-lasting home use. See Details Hotel Air Conditioner Download Hotel Room AC Unit Spec SheetAvailable late Q1 2016 Uses 50% less Power - Perfect for Solar Applications The Climax Dual Hose DC Inverter is the worlds first high efficiency portable air conditioner. Get the same cooling for half the electricity, or get double the cooling for the same amount of electricity. Save 50% or more compared to standard portable air conditioners. Easy to transport, user-installable within minutes, convenient 115v power, no drain needed. Details at  Climax Air Inc. Download Climax Portable AC Specifications Sheet The information below is about thermally powered (absorption chiller) conditioners for commercial use. 

For residential use or for smaller solar AC/heat pump systems please follow the above HotSpot Energy link. A solar powered chiller system can be an efficient and cost effective option for commercial air conditioning. SPP solar chiller air conditioning employs time tested absorption chillers made by Yazaki. Absorption chillers are powered by heat (hot water). Many thousands have been installed using gas boilers as a hot water source. Using solar thermal energy is an alternative to gas and is a free and well proven method of powering an absorption chiller. Evacuated tube collectors are one of the most efficient and effective producers of high temperature solar hot water. Absorption chillers are proven to run effectively with a proper solar thermal configuration. The solar air conditioner / solar heater is powered by solar energy collected in the evacuated tube solar thermal panels (right). The thermal energy collected is then delivered to the solar powered chiller using a Propylene Glycol (food-grade antifreeze) heat transfer solution and a simple but carefully designed piping system.

In summer or winter, even at below freezing temperatures outside, SPP evacuated tube solar thermal collectors produce an abundance of heat. The system is designed so that this heat is transferred into the absorption system, either reducing or eliminating the operation of the existing cooling and heating system. This makes possible free solar air conditioning in the summer, and free solar heating in the winter. See Diagram of Solar Air Conditioning / Solar Heating System for more information. Absorption chiller air conditioners are not a newly developed technology. In fact, they have been commercially used in the U.S. since the early 20th century and are widely used today in the northeast. Absorption chiller AC units are also very popular in Asian countries like Japan, where the high cost of electricity make them very desirable. Chillers constitute up to 40% of all installed commercial air conditioning tonnage. They are simple and dependable, using no harmful CFC (Freon, etc.) and some units actually operate without any moving parts.

When engineered to run on solar energy the absorption chiller AC systems provide a low cost to operate and a great return on investment compared to even the highest efficiency conventional air conditioning systems. Solar absorption chillers are very low in operating and maintenance costs, and consume little or no electrical energy. The only parts that use any electricity are low amp fan motors, control boards, and small pumps that move the thermal transfer fluid from the collectors to the chiller and then back up to the collectors. Inside the unit is another small pump that circulates the refrigerant. There is no "compressor" to consume power. All of these small electrical loads can run from a small solar PV panel setup if desired, meaning zero energy costs for the solar air conditioning system. With continually rising energy costs, solar air conditioning has become an increasingly attractive option for cooling and heating applications. Air conditioning is one of the most expensive operating costs that a business faces today.