Mitsubishi MSZ-GE80VA Specifications download pdf (Page 3)

Superior heating, year round comfort.

How Do Heat Pumps Work?

Mitsubishi Electric Heat Pumps are engineered to provide superior

heating. Heat pumps work in the same way as your refrigerator

except there are two separate parts to the system: An outdoor unit

housing the compressor, which extracts freely available heat energy

from the outside air and transfers or “pumps” it back inside your

home via the indoor unit. The result – you feel warm inside.

Like most other heat pumps, during summer the Mitsubishi Electric

range can be used in reverse to provide cooling. But by focusing

on warmth Mitsubishi Electric Heat Pumps are better at what New

Zealanders want them to do… keep you warm in winter.

Why design to heat?

In the depths of winter, a heat pump designed to cool needs to work

overtime to compensate for the cooler ambient temperatures. That

seriously reduces performance. So we think heating first. The result is

year-round reliability. Winter warmth and a cool home in summer. As too

many people discover, a heat pump designed for cooling can disappoint

when they need it the most, when the temperature drops outside.

Energy Star Partnership

Mitsubishi Electric proudly partners with Energy Star – the global mark

of energy efficiency. Heat pumps that achieve this mark meet strict

energy efficiency guidelines and also have proven heating performance

in cold conditions. The entire Mitsubishi Electric range of High Wall

Heat Pumps achieve the Energy Star Mark.

Indoor Cooling Mode

Outdoor

Indoor Heating Mode Outdoor

Heat Pumps Offer Maximum Efficiency

EECA (Energy Efficiency Conservation Authority) has identified heat

pumps as one of the most energy efficient forms of heating available

in New Zealand. Heat pumps do not create heat; they simply move

available heat from one place to another. The little electrical energy

that is needed is predominantly used to run the compressor.

Typically, 1kW of electrical energy is required to “pump” up to 4kW

of available heat energy from the outside to a specific area inside

the home. In other words, the heat pump transfers a lot more energy

than it uses. With energy efficiencies of up to 400%, heat pumps

are promoted by EECA as one of the most energy efficient forms of

heating available to New Zealanders. This is often represented as COP

(Co-efficient Of Performance), the ratio of kW input to kW output. In

the example above the COP would be 4.

Learn more about ACOP and AEER on page 20.

HEAT ENERGY RECOVERED FROM

OUTDOOR ENVIRONMENT

ELECTRICAL

POWER IN

HEAT ENERGY

OUTPUT

1 kW 4 kW

1 2 3 4 5 6 7 8 ... 23 24

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Mitsubishi MSZ-GE80VA Specifications Page 3

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