ABB has partnered with Australian intelligent building control integrator mySmart to deliver world-class building automation solutions for the largest KNX Health Care project in the Southern Hemisphere
Having cared for South Australian’s for more than 120 years, Calvary completed building the largest private hospital in the state to meet the increasing demand for high quality services in late 2019. This includes a privately operated 24-hour emergency department – the only one of its kind in South Australia.
The $345 million, 12-story Calvary Adelaide Hospital offers the South Australian community a comprehensive range of services including orthopaedic, cardiac, neurosurgical and rehabilitation specialties. The hospital, with a floor area of 57,000m² and 5 levels of patient wards. It houses Adelaide’s only 24-hour private emergency department, has capacity for 344 overnight beds with 16 operating theatres, a rehabilitation wing with a hydrotherapy pool, and a mobility garden. It is also home to a custom-designed Hybrid Theatre, combining an operating theatre and radiology suite to diagnose and treat patients faster.
ABB partnered with mySmart to equip Calvary Adelaide Hospital with the latest building automation solution using the ABB i-bus KNX system for all lighting control and monitoring, based on the worldwide KNX standard. With ABB’s i-bus KNX solution, this critical healthcare facility features intelligent and integrated building control for easier lighting management and increased flexibility, security, economic efficiency and convenience.
Featuring more than 1200 KNX devices, Calvary Adelaide Hospital is the largest KNX Health Care project in the Southern Hemisphere.
“Calvary Adelaide Hospital is a great technical solution for a truly modern facility. We are very proud to have partnered with ABB to provide a real world-class building automation solution, that ultimately will deliver critical support to hospital staff and patients,” said Peter Garrett, managing director, mySmart.“mySmart and ABB worked closely with Calvary to demonstrate the advantages for an open protocol solution such as KNX that has flexibility and provides options for easy expansion and alteration, resulting in safer, smarter and more efficient operations.”
Many clinicians and worldwide healthcare providers are turning to smart technology as a positive route to provide innovative, cost-effective ways to help reduce and relieve the pressure on personnel and financial resources in health trusts. This comes at a critical time in healthcare provisioning, when global health care spending is projected to increase at an annual rate of 4.1% in 2017-2021, up from just 1.3% in 2012-2016.
The chosen lighting technology and control play a critical role in the cost structure of hospital maintenance given the countless number of lighting points in patient rooms, research facilities, hallways, waiting rooms, laboratories and lobbies – all requiring lighting that best serves their purpose.
For Calvary Adelaide Hospital, the ABB i-bus KNX, coupled with DALI (digital addressable lighting interface), gives hospital personnel and maintenance staff full command of the lighting functions. All of these functions can be managed automatically according to a schedule, sunset or sunrise, or presence of people, or by the touch of a button. This level of controllable lighting system is key to energy saving, with the additional benefit of increased comfort and safety.
“Hospitals always need light, regardless of the time of day or the day of the week. Lighting must be reliable and well-designed to not only guarantee the best conditions for medical and nursing staff, but also provide optimal conditions for the well-being of patients,” said Christian Schiemann, building automation manager, ABB Australia.
Technology leadership in healthcare
The ABB’s i-bus KNX solution integrates the hospital’s lighting and energy metering to interface with the building management system (BMS) and Nurse Call system. This provides lighting automation and control critical for effective lighting, operational efficiency and safety. This interface enables the lighting and heating/cooling systems to work in unison, so as lighting sensors detect the movement of people and turn lights on, it triggers the heating/cooling system to respond accordingly.
An important challenge for hospitals is to reduce operational costs without adversely affecting patients. With ABB’s i-bus KNX, customers can realize energy savings of up to 60% of the electrical energy for lighting and significant cost reductions in managing and maintaining the system due to intelligent monitoring.
Based on scientific studies, it has been shown that KNX can result in energy savings of up to:
- 10% in time switched (for example automatically turn off lights in the evening)
- 20% as a result of presence detection (lights turned on only when person detected)
- 40% in presence and brightness detection (the system detects the level of sunlight to regulate how much lighting is required)
- 50% in constant brightness control (the system maintains a constant level of light based on the level of natural brightness).
“The key advantage of ABB’s i-bus KNX solution is the range of features it now successfully integrates and manages. Where KNX might support a simple light dimmer, with ABB’s i-bus KNX solution, you can set timers and lighting levels, measure the energy being used and perform many other functions. It delivers the full automation concept and is entirely scalable. The depth of ABB’s i-bus KNX solution – what you can fundamentally do with it – is much deeper than other solutions in the market, delivering more for a customer’s investment dollars,” Christian said.
“Through ABB’s i-bus KNX solution, another way we have taken KNX further is by providing the integrator with more features and capability to achieve a better result for their client. We have made it possible to easily go beyond the mere integration of functions to a level of sophistication where it is now a matter of what micro actions their client wants each function to take. It isn’t just ‘shutters up or down’, but considerations around timing, pace, the interface with weather station data and so on.”