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Air conditioning

Air conditioning

  • Splits

Modern air conditioners provide a high comfort in places providing selection of the optimal temperature during both cooling and heating. In addition to the basic tasks of air conditioning equipment it is to ensure a balance between humidity and temperature. In addition, air purification function guarantees excellent atmosphere in living rooms throughout the year. The current energy standards ensure that devices must meet high requirements for energy efficiency and low greenhouse gas which is both proof of respect for the environment and rationalization of expenditure on rising electricity prices.

Split air-conditioning systems equipped with heat pumps provide the operating cost rationalization of electricity consumption while maintaining high efficiency and environmental protection. When operating units are used in programs of individual modes for specific room based on the weekly and monthly schedules. There is also the possibility of integration with intelligent systems management facility, using motion detectors and work programs daily which allows for a clear reduction in energy consumption.

Application

  • Flats
  • Residential multi-family housing
  • Retailing
  • Restaurants

 

  • Multisplits

High efficiency for cooling and heating

Multi Split systems are devices with a power of 5 kW to 10 kW. One outdoor unit can connect up to five indoor units (wall mounted, ducted, floor etc.), In various configurations, a variety of styling and size in different rooms to get proper comfort. Each indoor unit has a separate installation freon to an external unit. High working teams ensures optimum temperature in the room and little noise, creating ideal conditions for staying, rest or work.

Systems Muti is ideal for several office rooms, cottages or apartments, or small business facilities.

 

  • VRF

VRF systems are devices designed for air conditioning of large volume buildings, which are characterized by high efficiency for cooling and heating. VRF divided into two-pipe system and trójrurowe with internal heat recovery. Both of these solutions use the ambient air as a heat source for the system. The third type uses VRF technology, the device is based on the water heat exchanger using freon / water, using water as the heat source for the system. Technology distribution of heat and cooling is based on a system of variable refrigerant flow in the system, which enables precise adjust the system performance to the demand for energy in the various rooms of the building. VRF systems combine well with the building retaining its aesthetics. The installation is inside the building and does not require additional adaptation architecture. Compact dimensions standardized for the whole range of devices and low weight allows the block assembly, saving the surface.

VRF equipment due to the aforementioned advantages, above all thanks to the high rate of energy efficiency meet even the most stringent requirements. Through the high performance and flexibility VRF air conditioning system is tailored for each building.

Devices Mini VRF Multi characterized by a high temperature range operation (-15 to 48 ° C), low noise working units and the ability to lead convenient installation in the building (max. Length of the plant to 150 m elevation between the unit and the unit ext. 30 m). The system allows selection of Mini VRF indoor units of different capacity and performance (over 15 models with power ratings from 1.8 kW to 56 kW).

With VRF systems and air conditioners Mini VRF and supports a wide range of indoor units:

Units casette

  • It's the perfect solution for hotel rooms, restaurants, conference halls and other commercial buildings. VRF systems With its compact dimensions of the indoor unit can be installed even in a small space ceiling. Quiet operation unit coffer ensures high comfort.

Ducted unit

  • Designed to be mounted in the ceiling void. They are used in solutions like the cassette units, but their main advantage is the ability to provide air channels and vents composition in any part of the ceiling. They are characterized by low noise emission.

Units FLOOR-Ceiling

  • They are designed for installation on the floor or ceiling suspended part. air discharge. Their compact design allows for flexible installation in many types of premises. They are characterized by low noise, energy efficiency and aesthetic appearance.

 

  • Gas heat pump (GHP)

GHP Panasonic (ang. Gas Heat Pumps) is a heat pump powered by gas. The heart of the GHP system is specially designed gas-powered engine. By controlling the air-fuel mixture is achieved a significant reduction in emissions of CO2 and NOx (up to 66% below EU standards), and reduce the consumption of energy needed to carry out the function of heating and air conditioning.

Gas heat pump company is a solution for applications in residential buildings - especially those where there are limitations on access to electricity. Gas powered systems with variable refrigerant flow (VRF) are designed to provide the highest possible reliability. The internal combustion engine of the gas heat pump has variable rotational speed, and adjusts the cooling efficiency of the system to the requirements of the building.

Gas heat pumps on the occasion of heat and cool the building also have the ability to generate electricity. Cogeneration allows almost 100% utilization of the primary energy supplied to power the equipment. In these systems, the hot water is produced from waste heat energy. This is a perfect solution for buildings with a high demand for hot water (hotels, spa facilities, water parks and industrial processes).

 

  • Chilled water systems

Chillers are devices used primarily to reduce the temperature of the coolant in the system - water or glycol solution. These devices are widely used in air conditioning systems of office buildings, shopping centers, etc., Producing chilled water for central systems, eg. Coolers supplying air handling units or for distributed systems energizing coils.

The chillers are also widely used in industry, eg. Food (dairies, bakeries, meat processing, vegetables), chemical and pharmaceutical industries, mechanical engineering (machine tools, presses), paper (printers, film). Chillers produce chilled water used to cool the above mentioned processes or machines.