Mitsubishi Electronics PEH 15, PEH 8, PEH 7, PEH 10 manual Why Ducted Reverse Cycle Air Conditioning?

Why Ducted Reverse Cycle Air Conditioning?

Ducted Reverse Cycle Air Conditioning

Whether you live in the tropical regions of Cairns or Darwin, the colder extremities of southern Tasmania or the fluctuating temperatures of the more moderate zones, there is a total comfort solution for your home – ducted reverse cycle air conditioning.

At the heart of ducted reverse cycle air conditioning is ‘heat pump’ technology. To cool your home in summer, the heat pump transfers heat from the inside of the home to the outside. In winter, the process is reversed for heating, moving heat from outside to inside your home. This process of heat transfer makes reverse cycle air conditioning the most energy efficient way to heat your home. Some models are up to 300% more efficient than conventional heating systems. This means that reverse cycle air conditioners are economical

to operate, environmentally responsible and safe to use.

Mitsubishi Electric’s far reaching research and development programs are designed with the environment in mind. We want to enhance lifestyles while preserving the world for future generations. In fact, 5% of our net sales goes towards researching and developing ways we can preserve the environment, maximise our contributions to society and improve lifestyles.

We target technologies such as ozone friendly alternatives to chloro-fluorocarbons. To save on raw material consumption and cut down on waste,

we use recyclable packaging and we are exploring energy sources such as solar power to hinder global warming.

Our commitment to quality, service, research and development has helped us gain a leading position in today’s marketplace.

Research and Development

Mitsubishi Electric engages in a wide range of R&D efforts to continually offer better products, especially in air flow.

It can significantly effect comfort levels, as well as human health and energy saving. Comfort levels are analysed under various simulated weather and climate conditions, including snowfall and outside air temperatures ranging from -25°C to 50°C, at our site- adjustable “Residential Comfort Testing Laboratory”. Rather than depending on sometimes fuzzy human responses, the laboratory measures the degree of comfort using a NASA- developed thermal mannequin that generates heat just as a human body does.

To learn more about real settings, we constructed “Amenity Home”, a special model house that allows the performance of air conditioners to be experienced. In addition, the company’s extensive global network gathers information and directs marketing efforts toward the development of high-quality air conditioners that meet the particular needs of the market and environment where they are to be installed.

“We are committed to the production of the finest, most environmentally friendly air conditioning in the world!”