A Note from the ENTOUCH CEO: Knowing your How, What, and Why

How to reduce energy usage in a healthcare facility

Mar 22, 2024

In today's healthcare sector, efficient management of energy consumption is not merely about operational necessity; it represents a strategic imperative. This is particularly relevant in an era where the principles of environmental stewardship and operational cost optimization are increasingly intertwined with the objectives of public health. The challenge of reducing energy usage across the healthcare spectrum offers a unique opportunity to integrate efficiency with exceptional care delivery, ensuring that services are not only continuous but also sustainable and cost-effective.

At ENTOUCH, we tailor our energy management solutions to accommodate the unique needs of healthcare providers, ranging from optometry clinics, urgent care centers, veterinary practices, rehab centers, dental and orthodontic offices, mental health services, podiatry clinics, and extending to medical testing facilities.

Our technology is precisely engineered to optimize Rooftop Units (RTUs), ensuring these HVAC systems operate at peak efficiency within healthcare facilities. Through seamless integration, we enable RTUs to consume less energy, significantly improving their performance and contributing to the overall sustainability of the healthcare environment.

Energy Conservation in the Healthcare Industry

The healthcare sector, with its vast array of services from critical care to specialized treatments, stands as a substantial energy consumer. This consumption is necessitated by the continuous operation of sophisticated medical equipment and the need for precise climate control to ensure patient comfort and safety. Such extensive energy use across varied healthcare environments underscores the importance of implementing energy conservation measures to reduce operational costs and promote environmental sustainability.

Healthcare facilities are increasingly turning to innovative solutions that enable smarter energy use without compromising the quality of care. Among these solutions, the adoption of advanced Energy Management Systems (EMS) plays a pivotal role. By integrating IoT technology, EMS offers real-time insights into energy consumption, allowing facilities to optimize usage and identify savings opportunities.

ENTOUCH emerges as a leader in the industry, providing comprehensive energy management solutions designed to transform healthcare facilities into energy-smart entities. Our suite of tools, including smart thermostats and sensors for HVAC, lighting, refrigeration, and more, makes possible a seamless transition to more sustainable energy practices. 

Moreover, energy conservation efforts extend beyond the immediate benefits of cost reduction and environmental impact mitigation. They also align with  regulatory requirements for sustainable operations. By proactively reducing energy consumption, healthcare facilities not only adhere to current regulations but also position themselves as forward-thinking, environmentally responsible community members.

ENTOUCH solutions have a proven track record of delivering substantial energy savings and environmental benefits to healthcare facilities.

On average, our customers experience a remarkable 15-20% reduction in energy consumption, resulting in substantial cost savings. With an average payback period of just 1.4 years, our solutions offer a rapid return on investment. In fact, our customers collectively save a staggering $80 million annually on energy costs, achieving an impressive 253% average 5-year ROI.

Top Concerns for Healthcare

  • Lower energy cost: 16% kWh annual reduction​
  • Aligned utility spend and usage: 284% 5-year ROI​
  • Frictionless deployments​
  • Optimal control of HVAC, lighting, and other energy loads​
  • Predicted and lower maintenance spend​
  • Delivers ESG and sustainable goals​
  • Asset level details and reporting​
  • Streamlined day-to-day management​

Control Healthcare Energy Expenses with Energy Management Systems

In the quest to reduce energy usage within healthcare facilities, the implementation of EMS stands out as a cornerstone strategy. These sophisticated systems harness the power of advanced technology to monitor, control, and optimize energy consumption across the entire facility. By providing a granular view of where and how energy is used, EMS enables healthcare administrators to make informed decisions that lead to substantial energy savings and operational efficiencies.

How Energy Management Systems Work

At the core of EMS is the principle of real-time energy monitoring. These systems integrate seamlessly with a facility's existing infrastructure, employing sensors and devices to collect data on energy usage patterns. Through the analysis of this data, EMS identifies inefficiencies on HVAC, lighting, refrigeration, and other systems to reduce energy consumption without impacting patient care and comfort levels. 

ENTOUCH’s EMS solutions exemplify this technology, offering a comprehensive platform that combines smart thermostats, IoT devices, and cloud-based analytics. This integration not only simplifies the management of energy resources but also paves the way for predictive maintenance, further enhancing operational efficiency.

Implementing an EMS in Healthcare Facilities

The implementation of an EMS within a healthcare setting is a strategic process that begins with a thorough assessment of the facility's energy consumption patterns. This initial phase identifies key areas for improvement and establishes a baseline for measuring the success of energy-saving implementations.

Following this, ENTOUCH’s solutions facilitate the rapid deployment of EMS technology. The ENTOUCH.gateway plays a crucial role by allowing for the integration of existing systems, eliminating the need for equipment replacement to ensure compatibility with our system, thus ensuring a seamless transition to smarter energy management. The process is rounded off with continuous monitoring and optimization, supported by ENTOUCH.cloud, which provides actionable insights and predictive analytics to maintain and enhance energy efficiency over time.

The adoption of EMS in healthcare facilities not only reduces energy costs but also promotes environmental sustainability by lowering carbon emissions. Moreover, the improved operational efficiency brought about by EMS can enhance the overall patient care environment, demonstrating the direct link between energy management and the quality of healthcare services.

Benefits of implementing an EMS 

The introduction of an Energy Management System (EMS) into a healthcare facility brings with it a host of advantages, from financial savings to environmental contributions and beyond. These systems not only serve to streamline energy consumption but also play a significant role in enhancing various aspects of facility operations.

1. Reduced Energy Costs

One of the most immediate impacts of implementing an EMS is the significant reduction in energy costs. By optimizing the operation of HVAC, lighting, refrigeration, and other systems, healthcare facilities can see a substantial decrease in their energy bills. Specifically, for facilities utilizing the ENTOUCH solution, the average savings from implementing such optimizations are around 16-20%. This optimization is achieved through real-time monitoring and automated adjustments that ensure energy is used efficiently throughout the facility. 

ENTOUCH, with its suite of energy management solutions, enables facilities to achieve these savings through advanced machine learning analytics and intelligent control systems, ensuring that energy consumption is always aligned with actual needs.

2. Environmental Sustainability

In today's world, where environmental sustainability is increasingly prioritized, the ability of EMS to reduce carbon emissions and other environmental impacts is invaluable. By decreasing energy consumption, healthcare facilities contribute to the global effort to combat climate change, reducing their carbon footprint and promoting a healthier environment. The data-driven insights provided by the ENTOUCH.cloud supports these sustainability efforts, offering a clear view of energy usage, thus empowering facilities to make more ecologically responsible decisions.

3. Enhanced Patient Care

Beyond the operational and environmental benefits, the implementation of an EMS indirectly contributes to enhanced patient care and comfort. Optimized energy management leads to more comfortable and stable indoor environments, which are crucial for patient well-being across various healthcare settings. Furthermore, the savings realized from reduced energy costs can be redirected towards improving patient services and enhancing care facilities, thereby elevating the overall quality of care provided

4. Regulatory Compliance

With increasing regulations aimed at promoting energy efficiency and sustainability, healthcare facilities face the challenge of adhering to these standards. An EMS not only assists in meeting current regulatory requirements but also positions facilities to easily adapt to future changes in legislation. Through ENTOUCH.360, facilities benefit from continuous monitoring and expert guidance, ensuring compliance and avoiding potential penalties associated with energy consumption standards.  

Cost-Saving Strategies for Energy Optimization in Healthcare Facilities 

Beyond the foundational step of implementing an EMS, healthcare facilities can adopt several additional strategies to enhance energy efficiency and drive further reductions in operational costs. These strategies encompass a broad range of actions, from conducting thorough energy audits to embracing renewable energy sources.

1. Energy Audits

Conducting energy audits is a critical first step in identifying inefficiencies and potential areas for energy savings within a facility. These audits provide a detailed analysis of energy flows and consumption, highlighting opportunities for improvement. By understanding where energy is being used—and wasted—facilities can prioritize interventions for the greatest impact. ENTOUCH can augment this process with advanced analytics, offering insights that guide targeted improvements.

2. Lighting Systems

Upgrading lighting systems to more energy-efficient alternatives, such as LED lighting, presents a straightforward yet effective method for reducing energy consumption. These updated lighting solutions offer efficiency and longevity compared to traditional options, leading to significant cost savings over time. Our lighting solution, ENTOUCH, actively controls, monitors, and provides real-time access to facility lighting, ensuring a positive working environment and delivering additional energy savings.

The ENTOUCH Lighting Control Module communicates wirelessly back to the ENTOUCH.one controller, ensuring seamless integration and efficient operation. Moreover, ENTOUCH ensures that your lighting is operational and adjusts automatically based on sunrise/sunset at the location, further optimizing energy usage. Incorporating smart lighting controls as part of ENTOUCH's EMS solutions can further enhance energy efficiency by adjusting to natural light levels and occupancy to minimize waste.

3. HVAC Systems

Heating, Ventilation, and Air Conditioning (HVAC) systems account for a significant portion of energy use in healthcare facilities (40% or even more). Optimizing these systems through regular maintenance, upgrades to energy-efficient models, and the integration of smart thermostats and controls can dramatically reduce energy consumption. ENTOUCH's smart thermostats and HVAC management solutions enable precise control over temperature and air quality, ensuring optimal comfort for patients and staff while maximizing energy efficiency.

4. Refrigeration

In healthcare facilities, refrigeration systems are essential for storing temperature-sensitive medications and supplies. Optimizing these systems for energy efficiency is crucial, not only for cost savings but also for ensuring the integrity of stored materials. Regular maintenance, upgrading to energy-efficient units, and employing advanced temperature monitoring can significantly reduce energy consumption.

ENTOUCH's solution offers a tailored approach to refrigeration management by providing real-time monitoring and control over refrigeration and freezer units. This ensures that medications are kept at the correct temperatures, safeguarding the facility's valuable inventory. The system's wireless communication with the ENTOUCH.one controller allows for seamless integration and efficient operation, marrying energy efficiency with the critical need for precise temperature management in healthcare settings.

5. Renewable Energy Sources

Investing in renewable energy sources, such as solar panels, is another avenue through which healthcare facilities can achieve energy independence and sustainability. These investments not only reduce reliance on traditional energy sources but also offer long-term savings and resilience against energy price fluctuations. While the initial setup for renewable energy systems may require significant investment, the long-term benefits in cost savings and environmental impact are substantial.

ENTOUCH extends its capabilities to monitor renewable energy production and usage, empowering facilities with valuable insights. 

Get started on reducing your energy consumption with ENTOUCH

By partnering with ENTOUCH, facilities can leverage a comprehensive suite of energy management tools designed to deliver significant savings, enhance operational efficiency, and promote environmental sustainability. From conducting thorough energy assessments to implementing state-of-the-art EMS technology, ENTOUCH empowers healthcare institutions to achieve their energy efficiency goals. Take the first step towards optimizing your facility's energy usage by contacting ENTOUCH today and explore how their tailored solutions can transform your energy management strategy.

Monitoring and Reporting for Continuous Improvement

The journey towards energy efficiency in healthcare facilities does not end with the implementation of Energy Management Systems (EMS) and the adoption of cost-saving strategies. Continuous improvement, driven by diligent monitoring and comprehensive reporting, is crucial for sustaining and enhancing energy optimization efforts over time.

Setting Up Energy KPIs

Key Performance Indicators (KPIs) are vital tools for assessing the effectiveness of energy management strategies. By establishing specific, measurable KPIs related to energy consumption, cost savings, and sustainability goals, facilities can monitor their progress and identify areas needing further improvement. ENTOUCH solutions enable the setting and tracking of these KPIs through advanced analytics and real-time data monitoring, offering a clear view of energy performance and opportunities for optimization.

Utilizing Data Analytics in Energy Management

Data analytics play a pivotal role in transforming raw data into actionable insights for energy management. Through the analysis of energy consumption patterns, facilities can pinpoint inefficiencies and adjust strategies accordingly. ENTOUCH.cloud, with its predictive analytics and machine learning algorithms, enables healthcare facilities to move beyond reactive measures to proactive energy management, optimizing maintenance schedules and preventing energy waste before it occurs.


What are the first steps in reducing energy consumption in a healthcare facility?

For reducing energy consumption in a healthcare facility, the initial steps involve conducting a comprehensive energy audit to identify inefficiencies and areas for improvement. Partnering with energy management experts like ENTOUCH can streamline this process, leveraging advanced analytics to pinpoint energy-saving opportunities and implementing tailored solutions to optimize energy use.

How do energy management systems in healthcare facilities improve patient comfort?

Energy management systems in healthcare facilities contribute to improved patient care by creating a more comfortable and stable environment. By efficiently managing energy consumption, facilities can maintain optimal temperatures, lighting, and air quality, all of which are crucial for patient comfort. Additionally, the cost savings realized from reduced energy use can be reinvested into patient care services and medical equipment.

Can small healthcare facilities also benefit from implementing EMS?

Yes, small healthcare facilities can significantly benefit from implementing EMS. Energy Management Systems are scalable and can be tailored to the specific needs of any size facility, ensuring that even smaller operations can achieve substantial energy savings, reduce operational costs, and enhance their sustainability efforts.

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