Enhance building performance through intelligent HVAC automation tailored for the Gulf’s high-heat, high-humidity environments. At Clenergize, we design HVAC control strategies that go beyond generic comfort settings, ensuring that systems respond dynamically to occupancy, load variations, and environmental conditions across zones and time schedules.
Our expertise lies in embedding advanced automation during the early MEP design stage, where logic matters most. We specify sensor networks, actuator controls, and interface protocols (KNX, BACnet, Modbus) aligned with the project’s BMS architecture, reducing commissioning friction and future integration gaps. From AHU logic to chilled water loop coordination, every control layer is engineered for clarity, responsiveness, and energy performance.
What differentiates Clenergize is not simply our familiarity with BMS platforms but our ability to translate developers’ and operators’ requirements into high-performance sequences that hold up under real-world loads. We collaborate directly with MEP consultants, system integrators, and commissioning agents to ensure that early-stage logic maps are actionable, scalable, and fully interoperable.
The result is reduced commissioning delays, fewer post-handover adjustments, and HVAC systems that operate intelligently—not just functionally—within the building’s automation ecosystem.
Setpoint adjustments are engineered using presence detection to reduce unnecessary energy use while maintaining thermal comfort.
Environmental sensors are integrated to track air quality, supporting demand-based ventilation strategies aligned with IAQ standards.
Ventilation airflow is optimized dynamically based on occupancy and pollutant levels, reducing energy demand and improving system responsiveness.
We design open-protocol control architecture to ensure full interoperability between HVAC components and the building management system.
Performance data from critical HVAC assets is used to detect anomalies early, allowing facility teams to plan maintenance and avoid downtime.
We implement real-time monitoring of HVAC energy consumption (kWh), runtime, and load profiles to enable continuous optimization.
Whether we are working with VRF systems, chiller plants, or district cooling networks, we develop designs in full alignment with regional standards. Each project is tailored to meet specific efficiency targets, regulatory requirements, and operational objectives.
Solar Projects
ESG & Sustainability Projects
Energy Efficiency Projects
