Health

Smart electrification — the central nervous system of a resilient medical infrastructure

Buildings have a complex infrastructure of systems, just as the human body has a complex structure of parts that interact to form functional units. The center of the human body is the nervous system, but can a medical facility have a central nervous system? You can certainly do it.

Smart electrified networks are the central nervous system of the most resilient medical infrastructure and are essential for future healthcare facilities. Everyone involved in the design or management of modern healthcare facilities faces intense pressure from improving resource efficiency to providing more effective patient outcomes.

Smart electrification is urgently needed to enhance modern resource-intensive healthcare, provide care to vulnerable patients, and meet stakeholder sustainability and return on investment (ROI) goals. Provides resilience that is said to be. Being smart is no longer an option, but a strategic imperative for modern infrastructure.

Acting as the central nervous system of the hospital, ABB’s system provides an intelligent power network for today’s most efficient and effective healthcare facilities. System flexibility allows you to adapt quickly to changing conditions and challenges, reduce compliance risk, and significantly reduce operating costs.

The overall performance of a medical facility should meet some basic needs. Environmental sustainability, health and comfort, life cycle cost and value. And future performance. These basic needs can be categorized into seven performance criteria that measure the quality of the building itself.

Connectivity: The building must not only allow intelligent components to connect, but also ensure that appropriate cybersecurity measures are adhered to.

efficiency: Buildings need to optimize energy consumption and support efficient use of resources.

Total cost of ownership (TCO: Buildings need to provide transparency in operation and maintenance costs. Predictive alerts should occur before a catastrophic failure and prevent unexpected downtime.

sustainability: The building should operate at the highest CO2 A footprint that meets stakeholder sustainability goals and community expectations.

Productivity: Buildings need to set the right conditions to increase employee productivity and adapt to light, air quality, temperature, occupancy and expected performance.

Flexibility: Building technology needs to be able to easily adapt to new usage requirements.

happiness: Building technology needs to keep employees and visitors safe and healthy.

As an element of the building’s central nervous system, ABB’s open standard i-bus® KNX complies with the Australian Building Automation Technical Specification SA / SNZ TS ISO / IEC 14543.3, automating core building functions such as: This can reduce the workload of staff. As lighting, shutter control, heating, ventilation, security, energy management. Hospital rooms can be automatically configured to meet individual needs, saving staff time while maintaining high quality service.

The smartest hospitals use intelligent electrification to not only monitor problems, but also quickly predict or detect them and deploy appropriate responses. Harmonic changes in medical scanners, air conditioning systems, or switches can be an early sign of failure. Predictive maintenance algorithms make identifying and fixing this type of error faster and cheaper. Hospital facility managers and end users can remotely monitor the status of their power systems 24 hours a day via a cloud-based energy management platform.

This type of predictive maintenance is not limited to greenfield development or closed single-supplier ecosystems. ABBAbility ™ Energy and Asset Manager is an example of an open standard cloud platform that easily integrates with third-party hardware and application programming interface (API) platforms, making it ideal for both new builds and retrofit upgrades.

Improving energy management is also the key to improving the return on investment (ROI) of assets and maximizing energy efficiency. Smart metering and monitoring systems help facilities have flexible and scalable access to the required power. With the right system, the facility can expect a 7% increase in energy efficiency, facilitating validation assessments such as NABERS and Green Star, and general ROI within 3 years.

By using solutions such as KNX Single Room and KNX Ventilation Control alone, you can achieve cost savings of 50-60% by reducing energy usage and extending the asset life cycle.

Medical infrastructure is an important environment, and the resilience of power supplies is more important than ever in the modern medical world. In addition to this, social pressures on healthcare facilities of all sizes to operate sustainably, reduce the overall waste and emissions footprint, and contribute to the well-being of patients, staff and visitors. Is increasing. Fortunately, the solutions are medium voltage supply points to low voltage distribution, cloud-based smart asset management, active energy management, surveillance control systems, integrated building automation, emergency lighting, HVAC control, energy management, and EV charging.

Download ABB’s comprehensive Health Solutions ebook, which reviews the technologies needed to support smarter operations. https://campaign.abb.com/ABB_Hospitals_Healthcare_Building_Solution_article

Image credit: © stock.adobe.com / au / MonkeyBusiness

Smart electrification — the central nervous system of a resilient medical infrastructure

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