We Make HVAC System Centralized Energy-saving Less Deployment Costs
In the modern era, HVAC (Heating, Ventilation, and Air Conditioning) systems have become indispensable components of residential, commercial, and industrial buildings. These systems play a crucial role in maintaining indoor comfort by regulating temperature, humidity, and air quality. However, their widespread use comes with a significant energy cost. According to the U.S. Energy Information Administration (EIA), HVAC systems account for approximately 40% of total energy consumption in commercial buildings and 35% in residential buildings. This staggering statistic underscores the importance of understanding how HVAC systems contribute to energy consumption and exploring strategies to improve their efficiency.
As one of the main systems in a building, traditional HVAC systems provide comfort but potentially consuming more energy without even realizing it. With smart HVAC management, facility managers and building owners are able to so much more and better.
Smart HVAC systems combine advanced sensors, thermostats, and platform to optimize the energy consumption and comfort levels of heating and cooling systems. These systems provide an intelligent and automated approach to managing indoor climate control. By utilizing real-time data from smart devices, smart HVAC systems can adjust temperature settings, monitor air quality, and even detect maintenance issues.
Energy Efficiency
Enhanced Comfort
Cost Saving on Insurance Claims
via Predictive Maintenance
Reduced Cabling Costs
Centralized Management
The types of HVAC systems vary depending on the building infrastructure. In our solutions, we got it all for you! Our devices are ideal fits for different HVAC types, including RTU, PTAC, VAV, boilers and heat pumps.
Furthermore, our solutions cover the full spectrum, starting with the HVAC system to ensure smarter and more efficient buildings. The energy consumption of an HVAC system is affected by ventilation status, indoor/outdoor temperatures, humidity levels, thermostat settings, facility operational performance, and other factors. Regular maintenance is critical to optimize HVAC system performance and reduce energy consumption.
Water leaks can be caused faulty plumbing, overflowing bathtubs, sprinkler incidents or roof leaking. To minimize the dangers associated with water leaks, it is recommended that facility managers act quickly to address the issue at hand.
Detecting the accumulated ampere-hour values of HVAC systems with smart current transformer for operation monitoring, energy consumption statistics, and even predictive maintenance.
Facility managers are able to monitor losses in energy transfer, which allows them to inspect and maintain old pipes and prevent leaks or pipe explosions.
Facility managers have visibility into duct conditions, gain more response time, and conduct preventive maintenance based on real-time detection of the operating status of cooling and heating sources in the HVAC system.
Data-driven HVAC operation is achievable with real-time data and centralized management.
Flexible and people-centric HVAC operation is achievable by comparing it with occupancy, ventilation, and more environmental data.
With smart thermostats, you can be informed in real-time and have ALL under control. We can help you:
Achieve centralized management and control of HVAC systems across multiple buildings
Provide operational data of thermostats, to understand the operating modes of HVAC systems and identify anomalies
Provide environmental data, to understand the performance and effectiveness of HVAC systems and identify anomalies
Different from traditional HVAC systems, you are able to take a step further with smart thermostat to utilize the performance.
Adjust the target temperature of smart thermostat based on occupancy status to thereby regulate the operation of the HVAC system
Dynamically adjust the ventilation system based on the flow of in and out by regulating fan speed and damper positions
Adjust HVAC power based on the status of doors and windows to ensure cooling and heating efficiency. Additionally, analyze the correlation between users' door and window operation behaviors and their temperature control requirements
Integrate indoor and outdoor temperature and humidity detection to synchronize HVAC (and heating valve) on/off and flow control
For example, a sudden change in the temperature of a certain link may be a problem that requires a person to be scheduled for investigation. With Milesight temperature sensors such as TS201, TS30x and EM500-PT100, facility managers are able to get this data in real-time.
Our sensors support non-intrusive pipeline temperature and pressure measurement, such as the TS30x, which supports clamp-on temperature sensors, and the TS30x, which has a separate probe for connecting to a pipeline pressure probe to detect pressure.
With our water leakage detection sensors such as EM300-SLD, EM300-ZLD and EM300-MLD installed in bathrooms, kitchens and laundry rooms, water leakage can be detected and reported to the platform in time for IoT controllers to automatically control the shutdown of pipe valves to minimize damages without delay.
Featuring our smart current transformers, which are installed non-intrusively in panels and circuits, facility managers can access energy consumption data to help identify energy usage patterns, leading to effective energy savings.
A. The WT201 thermostat has integrated local temperature control logic, allowing the thermostat to maintain local operation for extended periods of time while completely offline, regardless of network and communication dependencies.
A. WT201 supports RTC and super capacitor, the core module of WT201 will continue to work and keep time after the HVAC power is cut off, and the device will resume working after being repowered.
A. The WT201 is supplied with a matching PEK for adaptation to conventional buildings.
A. All line voltage powered WT series thermostats have or will soon support UL or ULc certification.
A1. The WT201 and zone temperature sensors (e.g. EM300-TH) can communicate over two links including.
a. Standard LoRaWAN® communication: (Multiple) EM300-TH transmits the temperature and humidity values to the LNS for processing and then sends them to the WT201 via downlink LoRa commands to participate in the temperature control
b. Milesight D2D communication: EM300-TH transmits data point-to-point directly to WT201 via 900MHz Milesight D2D communication to participate in temperature control. Or EM300-TH transmits data point-to-point directly to WT201 via 900MHz Milesight D2D communication to participate in temperature control, supporting up to 5 temperature inputs to participate in temperature control.
If the D2D communication between WT201 and the zone temperature sensor is disconnected, WT201 can choose to be configured to temporarily switch to the built-in temperature module to participate in temperature control, and then use the D2D communication after the D2D communication is restored.
A: It depends on what kind of system you are using locally. You can take 2 mins in our Thermostat Checker for compatibility.
A. In addition to using the built-in thermostat control logic, WT201 can support remote downstream independent control relay mode, so as to remotely realize some complex control logic or control complex system by customizing relay switching state. WT201 does not support advanced programmable for the time being, i.e. it does not support scripting local writing of control logic.
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