> Multi Split Systems (Air Conditioner) Control several indoor units with one outdoor unit. Build the optimum system you desire. If you want to keep a large floor as well as many rooms comfortable, we recommend you use Multi Split to build a simple system using one outdoor unit.Choose from a large lineup of indoor units that best matches your rooms.You can mix and match them at will.Build the system that is just right for you. With Multi Split Systems Multiple indoor units can be connected to one outdoor unit. Easy and flexible installation is possible by long piping connection and large height difference installation. Abundant indoor unit lineup matched to the various customer needs Compact and low noise outdoor unit designCost to Install a Split System Air ConditionerUpdated: June 2016 Split System Air Conditioner Installation Cost CalculatorZip Code Units Split Ac Unit Cost Split Ac Unit Labor - Basic Split Ac Unit Materials and Supplies

Totals - Cost to Install Split System Air Conditioner - Get an INSTANT, detailed estimate of the cost to Install a Split System Air Conditioner! Our free calculator uses up-to-date, trusted data to estimate typical subcontractor costs for a Split System Air Conditioner Installation project. For a basic 1 unit project in zip code 47474, the benchmark cost to Install a Split System Air Conditioner ranges between $2,668.49 - $3,457.76 per unit.should my ac unit be level Cost to Install a Split System Air Conditioner - Notes and General Informationprice for new ac unitExplore the full range of mini split air conditioning system new installation labor options and material prices here.top rated ac unit brands Costs to prepare the worksite for Split System Air Conditioner Installation, including costs to protect existing structure(s), finishes, materials and components.

Labor setup time, mobilization time and minimum hourly charges that are commonly included for small Split System Air Conditioner Installation jobs. General contractor overhead and markup for organizing and supervising the Split System Air Conditioner Installation. Cost to Install a Split System Air Conditioner - References Split System Air Conditioner Installation - Average Cost Per UnitTo lower Split System Air Conditioner Installation costs: combine related projects, minimize options/extras and be flexible about project scheduling.The energy startup scene is awash with companies claiming their new widget or software platform will fundamentally change the way we use energy. Too often, these claims come with a sizable side of hype that clouds serious limitations to real energy savings and market adoption. But every once and a while, a technology comes along that combines the right technology with the right use case to be truly transformative. Florida startup Be Power Tech’s hybrid fuel cell and air conditioner is one of those technologies.

The simplest way to describe Be Power Tech’s system is an air conditioner that runs on natural gas and produces some bonus electricity on the side. The fact that the air conditioner runs on natural gas — an energy form that can be easily and cheaply stored — alone makes it innovative. Shifting some cooling power to natural gas would substantially reduce peak summer power demand, and help to reduce the need for costly peaking power plants. But what makes Be Power Tech’s technology truly innovative is not the fact that it produces air conditioning from natural gas, but that it does so by combining two techniques that give it a decisive advantage over conventional air conditioning and energy generation technologies: evaporative cooling and waste heat utilization. Evaporative Cooling for Low-Power Air Conditioning Conventional air conditioning works by compressing a refrigerant using a high-power motor until it transforms from a gas into a liquid under high pressure.

Then, the liquid refrigerant is pumped into a device called an evaporator, which essentially sucks heat out of the building as the refrigerant evaporates from a liquid back into a gas. The electricity consumed by the air conditioner is mostly for the compressor that is used to turn the evaporated refrigerant back into a liquid. The loud buzz you hear from an outdoor air conditioner is the sound of the compressor doing its work. Rather than a conventional compressor-driven air conditioner, Be Power Tech’s system uses an innovative desiccant-enhanced evaporative cooler originally developed at the National Renewable Energy Laboratory (NREL). The company has obtained an exclusive license from NREL for use of the technology. Like a conventional air conditioner, an evaporative cooler absorbs heat from inside a building using evaporation. However, the cooling is accomplished by evaporating water rather than a refrigerant. Hot, dry air is conditioned by pumping it over a pool of water that slowly evaporates and causes the air to become cooler and more humid as it passes through the system.

An evaporative cooler or swamp cooler sucks heat out a stream of hot, dry air by slowly evaporating a pool of water. (Credit: Nevit via Wikimedia Commons) Evaporative cooling is by no means a new technology. You can buy an evaporative cooler (also sometimes called a swamp cooler) for just a few hundred dollars. The problem is that they only work when the outside air is hot and dry. This means they can’t be used in the vast majority of the country, because the air is just too humid in the summertime. To overcome this limitation, Be Power Tech’s cooling system uses a desiccant to suck water out of the air before it is chilled through evaporative cooling. The desiccant is a liquid salt solution that has a high affinity to absorb water from air. With the addition of the desiccant, the technology achieves all of the benefits of an evaporative cooler without the limitations that restrict conventional evaporative coolers to dry regions only. Be Power Tech's system uses a desiccant-enhanced evaporative cooler to get all of the energy-savings benefits of evaporative cooling without the limitation of not working in humid climates.

(Courtesy Be Power Tech) But to work properly, the system needs some way to get water out of the desiccant so that it can be continuously used to extract moisture from incoming humid air. That’s where the system’s on-board fuel cell comes in. A Heat Source That Makes Electricity on the Side To dry out the desiccant after it has absorbed water from the incoming humid air, Be Power Tech’s system uses the waste heat produced by a natural gas fuel cell. The heat evaporates water from the liquid desiccant and dry, “charged” desiccant is stored in a tank until it is needed. A natural gas fuel cell converts natural gas directly into electricity through an electrochemical process that essentially strips electrons from the incoming hydrocarbon gas and turns it into a mixture of water vapor and carbon dioxide. Any fuel energy that isn’t converted into electrical energy is rejected as heat. A typical natural gas fuel cell converts about half of the incoming fuel’s chemical energy into electricity and half into heat, and operates at about 600 degrees Celsius.

Normally, natural gas fuel cells like Bloom Energy’s “energy server” operate to produce electricity for sensitive loads like this eBay data center and reject produced heat to the environment as a waste product. Be Power Tech’s system works the other way around by using the fuel cell as a source of heat to dry out the desiccant used in the air conditioning side of the system. The electricity produced by the fuel cell is then fed to the building where it can be used for lighting, computers, and all sorts of other commercial loads. The advantage of operating in this way is that nearly all of the chemical energy contained in the natural gas fuel can be used for something useful — resulting in less energy consumption overall. According to Be Power Tech, their system uses over 80 percent of the chemical energy in the input natural gas to either make electricity or provide air conditioning. Everyone Wants a Better Air Conditioner Be Power Tech’s system might sound complicated, but in essence it is a drop-in replacement for a conventional rooftop commercial air conditioner that runs on natural gas and uses a lot less energy to produce the same amount of cooling.