With the growth of LEED initiatives and greener architectural approaches, thermal energy consumption and conservation have become critical areas of focus for facilities managers and building owners. Not only do today’s BTU technologies focus on reducing costs – but leverage new investments in clean energy systems using solar hot water, geothermal, wind energy, and other sources.
An outburst in population has led to the growing expansion of both residential and commercial buildings. If not constructed in a thoughtful manner, commercial development can have a dramatic impact on the environment. We may not realize it, but the manufacturing of building materials combined with the construction and operations of these buildings contribute a great deal to the quality of human and environmental health. Sustainable architecture not only influences the environment, but can have a huge impact on the global economy as well. By adopting a practice of green, sustainable architecture and design – the negative impact of building and operating commercial facilities such as hospitals, factories, universities, and government buildings can be greatly reduced. In a world where buildings account for close to 40% of worldwide energy use, reducing the impact can have positive effects on communities, and entire countries.
The main question that arises as a result is, what role can energy measurement play in this trend?
It is obvious that accurate thermal energy metering is essential for successfully achieving these goals. Companies should take the initiative and develop accurate as well as economical BTU measurement solutions.
The ultimate solution is to use a 280T BTU meter which dwells on utilizing cutting-edge ultrasonic technology combined with patented signal processing technologies for accurate and extremely economical results. Combined with a pair of carefully calibrated PT1000 temperature sensors, the 280T performs fast, accurate BTU consumption calculations according to EN1343 / OIML R75 standards.
With no moving parts to jam or corrode, the 280T meter maintains its accuracy, staying maintenance free even in the most challenging heating and cooling applications. This kind of heavy-duty industrial environments would even bring traditional mechanical BTU's to a halt.
The 280T gets its power from a compact battery having an extended life provision. The meter is basically a plug and play type and requires no configuration. It also features various optional interfaces such as RF wireless, pulse, M-Bus, Modbus, BACnet, and more. It can be easily integrated into any BMS or AMR system.
Using a well-integrated system will not only help you achieve your purpose to build a greener environment, but will also lend you simpler solutions. The technology not only provides system solutions for AMR/AMI automatic metering, but also takes care of the billing prospects as well.
This post is shared by spiremt.com, which is a leading supplier of ultrasonic flow meters, ultrasonic heat meters, electrical energy meters and more. For more information visit at www.spiremt.com
An outburst in population has led to the growing expansion of both residential and commercial buildings. If not constructed in a thoughtful manner, commercial development can have a dramatic impact on the environment. We may not realize it, but the manufacturing of building materials combined with the construction and operations of these buildings contribute a great deal to the quality of human and environmental health. Sustainable architecture not only influences the environment, but can have a huge impact on the global economy as well. By adopting a practice of green, sustainable architecture and design – the negative impact of building and operating commercial facilities such as hospitals, factories, universities, and government buildings can be greatly reduced. In a world where buildings account for close to 40% of worldwide energy use, reducing the impact can have positive effects on communities, and entire countries.
The main question that arises as a result is, what role can energy measurement play in this trend?
It is obvious that accurate thermal energy metering is essential for successfully achieving these goals. Companies should take the initiative and develop accurate as well as economical BTU measurement solutions.
The ultimate solution is to use a 280T BTU meter which dwells on utilizing cutting-edge ultrasonic technology combined with patented signal processing technologies for accurate and extremely economical results. Combined with a pair of carefully calibrated PT1000 temperature sensors, the 280T performs fast, accurate BTU consumption calculations according to EN1343 / OIML R75 standards.
With no moving parts to jam or corrode, the 280T meter maintains its accuracy, staying maintenance free even in the most challenging heating and cooling applications. This kind of heavy-duty industrial environments would even bring traditional mechanical BTU's to a halt.
The 280T gets its power from a compact battery having an extended life provision. The meter is basically a plug and play type and requires no configuration. It also features various optional interfaces such as RF wireless, pulse, M-Bus, Modbus, BACnet, and more. It can be easily integrated into any BMS or AMR system.
Using a well-integrated system will not only help you achieve your purpose to build a greener environment, but will also lend you simpler solutions. The technology not only provides system solutions for AMR/AMI automatic metering, but also takes care of the billing prospects as well.
