Temperature management for IT infrastructure is critical, even for smaller server and technical rooms – especially in hospitals – and precision air-conditioning is vital.
To meet this demand, a new split air-conditioning system – the EC Tower – has been launched by STULZ UK, offering high levels of reliability and precision control in a fraction of the footprint of conventional air-conditioning systems.
“All too often, poorly-specified cooling technology leads to erratic climate control, increased operating expenditure, and costly disruption to IT operations”, said Phil McEneaney, head of sales at STULZ UK.
Downtime is not an option in hospitals regardless of the size of the server room. However, precision cooling solutions, such as the EC Tower series, are ideally suited to technical spaces that cannot compromise on reliability, space or cost.”
Reduced energy costs
The EC Tower series combines the proven reliability of STULZ's precision air-conditioning technology with the advantages of modern inverter outdoor condensing unit.
A split climate solution, the EC Tower range can be rapidly deployed for heat loads of 5kW-24 kW.
A key advantage of the outdoor condensing unit is the ability to support dynamic capacity adjustment of the rated cooling capacity – which delivers significant energy savings.
“For SMEs and hospitals this is an important consideration – energy efficiency is high on the agenda from a corporate responsibility perspective, but it also improves the bottom line,” McEneaney said.
The EC Tower series is designed for continuous, 24/7 cooling of technical rooms.
While conventional comfort air-conditioning units can use up to 40% of their cooling capacity in dehumidification; the EC Tower generates between 90%-100% of sensible cooling capacity, which reduces dehumidification and lost performance.
The high Sensible Heat Ratio (SHR) value eliminates problems associated with removing moisture via the evaporator which can be an issue in technical environments, causing static build-up within the technical equipment.
An additional benefit of the EC Tower is the increased distance between the internal and external condensing unit of up to 100m which enables flexible installation.
“We have listened to the needs of customers and developed a space-saving solution that offers the benefits of easy installation and precision control,” said McEneaney.
“When space is at a premium, this configuration will prove ideal for end users.”
In fact, the outdoor unit requires just 35% of the footprint of a conventional precision air-conditioning condenser and operation is also much quieter.
And, since the compressor is located in the outdoor unit, no noise emissions or additional heat are generated in the technical room.
With the provision of the standardised EC Tower and inverter-controlled outdoor condensing units, delivery is also much faster, at around two weeks.