Over the last two years, we have undertaken the air conditioning industry's
biggest-ever integrated research programme. We talked to users and non-users - property
owners, tenants, specifiers and installers - of VRV (Variable Refrigerant Volume)
technology-derived air conditioning. The reason why was simple: we wanted to understand
why such a supposedly 'negative' technology was selling so well.
Our findings proved very illuminating. VRV technology, for some reason, has become
surrounded by misinformation, rumour and half-truths. Despite this, its market share is
growing. Growth which, as our research highlighted, can be attributed to one vital factor:
market forces. Conditions in the commercial property sector mean that VRV technology and,
more especially, City Multi VRF (Variable Refrigerant Flow) the Mitsubishi Electric
refinement and implementation of VRV technology, is often the perfect solution for reasons
that we will explore in this brochure.
What the research also highlighted was a clear need for basic information that
shattered the myths that have built up about VRF technology. As a result of our research,
we have initiated an education programme that will answer the demand for straight
information about VRF techhnology.
The Mitsubishi Electric City multi VRF Environment is a good working environment for
today's commercial property market. Its simplicity and flexibility make it easy to design,
simple to specify and quick to install.
Its unique two pipe system makes it economical, as there are fewer components to
purchase. It's easier to work with, as there are fewer connections to be made. It involves
less capital outlay as it can be installed in phases - making the installer's workload
easier to manage into the bargain.
When expertly designed, installed and commissioned, it complies with all the necessary
building, health and safety and environmental regulations. It uses and constantly recycles
a fixed amount of refrigerant rather than consuming it, as it is a hermetically sealed
system, making it environmentally friendly.
When running at its optimum, balanced load, as a heat exchanger, it is making little
if no demands on the outside units - increasing energy efficiency. A reduction that is
also reflected in lower CO2 emissions into the atmosphere than is achieved by some
alternative air conditioning technologies.
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