As global awareness of climate change increases, energy-efficient HVAC systems, driven by intelligent controls, have become an effective method for achieving green goals of environmental sustainability. HVAC controls help balance the demand for comfort with the need for energy conservation, addressing both environmental and economic concerns.
By integrating advanced sensors, Cubic HVAC control solutions not only help improve occupant comfort but also contribute to significant energy savings and reduced operational costs. Furthermore, smart HVAC controls enable better monitoring and troubleshooting, ensuring the longevity of HVAC systems and minimizing downtime.
In homes and apartments, precise and real-time HVAC control is important to ensure comfort for residents. With features like remote control and integration with smart home systems, Cubic HVAC control solutions enhance convenience and efficiency in residential spaces.
In office buildings and coworking spaces, HVAC control helps maintain comfortable indoor conditions that improve productivity and focus. By controlling temperature, humidity, CO2 levels and other IAQ parameters, it will help prevent air quality issues that can impact employee health and concentration. Cubic integrated HVAC control solutions can also be linked to Building Management Systems (BMS) to provide centralized, energy-efficient ventilation control across multiple zones.
Classrooms, lecture halls, and other indoor educational spaces benefit from HVAC controls that regulate air quality and temperature, promoting a conducive learning environment. The improved indoor air quality is helpful for student focus and health.
In retail environments, HVAC control could provide a pleasant indoor climate that enhances the shopping experience by maintaining consistent temperature and air quality, encouraging customers to stay longer and improving overall satisfaction, while also managing energy use efficiently during peak and off-peak hours.
Cubic, as an experienced OEM/ODM manufacturer, based on mature sensing technologies, including NDIR and laser scattering, delivers advanced gas sensing solutions for HVAC systems. Through the integration of advanced sensors, Cubic HVAC control solutions improve occupant comfort while helping to extend the lifespan of HVAC systems and minimize downtime, which in the long term leads to significant energy savings and reduction in operational costs.
As an integrated OEM/ODM provider, Cubic offers comprehensive end-to-end services throughout the entire production process. From advanced gas sensor integration and hardware design to software development, mold development, and prototype validation, Cubic delivers complete product development. With strong capabilities in mass production and a rigorous quality control system, Cubic effectively supports customized HVAC controller and monitor solutions at scale. Products can be widely applied and exported to over 80 countries and regions worldwide.
Cubic HVAC controllers provide high integration capability. Based on core sensing technologies, Cubic develops and manufactures high-precision gas sensors, including PM2.5 sensor, CO2 sensor, and VOC sensor, along with temperature and humidity sensors. Cubic HVAC control solutions integrated with self-developed sensors, as well as communication interface in a PCB board. The integrated communication interface can be compatible with various communication protocols such as Modbus, BACnet, etc., which makes it ideally for diverse environments, meeting the customized needs of different customers.
Cubic HVAC controllers exhibit flexible hardware and structural design. Cubic provides diverse appearance and installation methods of the product, which can be wall-mounted, duct-mounted, embedded or desktop. To ensure the durability and environmental adaptability of Cubic HVAC controllers, it can be designed for waterproof, dustproof and high and low temperature resistance.
Cubic HVAC controllers use intelligent algorithms to significantly improve system performance and user experience. The data collected by built-in high-precision sensors can transmit in real time as control signals, which can ensure that the ventilation of the fresh air system is effectively regulated when the indoor air quality decreases. Meanwhile, it also allows users to connect to mobile APP or web platforms, making it convenient for users to monitor the indoor environment in different scenarios.
Cubic has advanced technology and expertise in mold development. Cubic R&D team is capable of designing custom molds based on specific customers’ requirements, ensuring perfect alignment between the HVAC controller's exterior casing and internal components, thus enhancing product durability and aesthetics. Efficient mold development also means shorter R&D cycles, enabling clients to bring their products to market faster and gain a competitive edge.
Cubic adopts a lean manufacturing approach, maximizing production efficiency while maintaining high product quality. By optimizing production processes, using automated equipment, and managing inventory efficiently. The efficient and cost-effective production method allows for high-volume production demands while remaining flexible to adjust production volumes according to customers' needs, ensuring timely delivery and competitive pricing.
Throughout the design and production process of HVAC controllers, Cubic provides comprehensive prototype testing services to conduct rigorous functional, performance, and durability tests to ensure the product operates reliably under various environmental conditions. Cubic testing process includes environmental tests, electrical safety tests, emc tests, and more, to verify the controller's reliability and long-term stability in real-world applications. The testing process is carried out in 12 in-house professional laboratories, highlighting Cubic research and development capabilities. All test data and results are available for customers to review, ensuring the product meets industry standards and customer requirements.
CO2, PM, VOC, RH&T
BACnet, Modbus, EnOcean, WiFi
Touch-screen operation
RESET certificate
Maintenance-free (Auto calibration)
12VDC or 24VAC/DC supply
CO2, PM2.5, PM10, VOC, RH&T
RS485 Modbus-RTU
RESET certificate
Maintenance-free (Auto calibration)
12VDC or 24VAC/DC supply
NDIR technology
0~10V, 4~20mA
Compliant to ASHRAE 62.1
24V AC/DC supply
NDIR technology
0~10V, 4~20mA
Compliant to ASHRAE 62.1
24V AC/DC supply
Real-time output PM, CO2, RH&T
Accurate and reliable measurement
Build in Wi-Fi and Bluetooth
Maintenance-free (Auto calibration)
Desktop monitor, USB power supply
OEM/ODM are available
USB plug-in & play
4-digital screen display
Sound alarm
Small size, easy to take
Multiple global standards and regulations have been published to ensure that HVAC controls are designed, implemented, and maintained in ways that optimize energy efficiency, safety, environmental responsibility, and occupant comfort. Compliance with these regulations is essential for HVAC industry to achieve sustainability goals and improve the performance of HVAC systems.
| Standard/Regulation | Description |
| ASHRAE 90.1 | Energy standard for buildings, focusing on energy-efficient HVAC design and controls. |
| ASHRAE 62.1 | Specifies ventilation rates and indoor air quality (IAQ) for HVAC systems. |
| Title 24 (California Building Standards Code) | California's energy code that mandates energy-efficient HVAC design and controls in buildings. |
| LEED (Leadership in Energy and Environmental Design) | Sustainable building certification with emphasis on energy-efficient HVAC design and indoor air quality. |
| Well Building Standard | Focuses on human health and well-being through HVAC controls, air quality, and temperature regulation. |
| Energy Star | Certification for energy-efficient HVAC equipment and controls. |
| EU Energy Performance of Buildings Directive (EPBD) | European regulations focusing on energy performance in buildings, including HVAC controls. |
