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Our extensive global network of distributors is ready to serve you in your local language at your time zone.
Optimizing HVAC systems with sustainable technologies is essential for improving energy efficiency, identifying inefficiencies and enhancing overall system performance. By utilizing advanced monitoring and control systems, HVAC operations can run at peak efficiency, providing better visibility and control over water resources. This approach not only boosts operational performance but also delivers actionable insights that contribute to long-term cost savings.
Accurate water and energy measurements assist with streamlining costs and reducing system maintenance expenses to aid energy cost allocation and distribution and operating efficiency calculations, creating cost-effective, sustainable systems.
Utilizing inline electromagnetic and ultrasonic technology, or non-invasive fixed and portable clamp-on ultrasonic flow and thermal energy meters, alongside the MetriNet HVAC, helps to create energy-efficient HVAC systems in mechanical building services, new builds, retrofit HVAC plants and district heating and cooling networks.
Integrating precise and dependable flow measurement solutions enables enhanced visibility and control over energy and water consumption for system optimization.
Integrating real-time flow, energy and water quality data into software solutions, such as AquaCUE®, or directly to the building management system (BMS), enables improved plant functionality through the ability to detect anomalies, make operational improvements, manage service and repair requirements and protect vital functions.
Optimizing HVAC systems with sustainable solutions is crucial for monitoring system performance, reducing expenses and streamlining energy costs in the drive towards net-zero and decarbonization. Investing in energy-efficient HVAC systems is not just about saving money−it's about creating a healthier environment and a more sustainable future.
Learn more about different environmental standards and policy initiatives impacting the HVAC industry below.
Read about real-world applications and expert insights on the future of water management.
As the world shifts toward decarbonization, HVAC systems play a key role in reducing energy use and emissions. Advanced technologies like real-time water quality monitoring and precise flow measurement help optimize operations, cut costs, and support sustainability goals, all while extending equipment lifespan.
Traditional flow meters require extensive straight pipe runs for accurate readings, which can be costly and time-consuming. Find out how the ModMAG® M2000 Electromagnetic flow meter eliminates these constraints, reducing installation costs and downtime while delivering high-accuracy measurements.
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Our extensive global network of distributors is ready to serve you in your local language at your time zone.
Badger Meter is an industry-leading innovator in flow measurement, water quality and control products, serving water utilities, municipalities and commercial and industrial customers worldwide.
The Net-Zero by 2050 initiative aims to achieve net-zero emissions by reducing greenhouse gases to mitigate climate change and reduce global warming. With heating and cooling accounting for approximately 50-60% of total energy consumption, integrating cutting-edge technologies into commercial and industrial buildings is key to enhancing HVAC efficiency and creating more sustainable, future-ready facilities.
BlueEdge delivers a suite of solutions aimed at assisting operators with building automation for energy efficiencies and water conservation, enabling the fine tuning of control systems to reduce the amount of energy used, aiding water conservation and lowering carbon footprints, in the drive towards net-zero.
The Energy Performance Certificate (EPC) rates the energy efficiency of buildings to reduce energy consumption and environmental impact. In the industrial and commercial sectors, EPC requirements drive demand in the HVAC market for high-efficiency systems and retrofitting solutions to improve building ratings and meet or exceed minimum energy standards.
Our solutions—ranging from inline electromagnetic and ultrasonic technology to non-invasive clamp-on flow and thermal energy meters, alongside water quality monitoring devices—enable the design of energy-efficient HVAC systems in new builds, retrofit projects and district heating and cooling networks, helping buildings meet EPC goals effectively.
