We specialize in HVAC control system design tailored to actual operating requirements rather than relying on generic templates. Our approach includes innovative control strategies for chillers, AHUs, pumps, valves, VSDs, and associated equipment, ensuring stable operation, comfort, and energy efficiency improvement.
Our designs focus on:
- Correct sequencing of equipment
- Load-based control instead of fixed schedules
- Protection of equipment life while maximizing efficiency
We specialize in Building Automation System Programming to develop, modify, and optimize BAS programs, ensuring systems operate as intended. Many existing systems suffer from inefficiencies due to poor logic, incorrect interlocks, or a lack of coordination between equipment, which can hinder energy efficiency improvement.
Our BAS services encompass:
- Control logic development and refinement for enhanced HVAC Control System Design
- Optimization of startup, shutdown, and staging sequences to improve overall performance
- Elimination of unnecessary simultaneous heating/cooling or pump operation to maximize energy efficiency.
Chiller plants are often the largest energy consumers in a building. Through our expertise in Building Automation System Programming, we analyze and optimize chiller plant operation to enhance energy efficiency improvement by reducing both energy consumption (kWh) and maximum demand (kW). Our scope includes: chiller staging and sequencing, pump and cooling tower control optimization, setpoint and reset strategy development, and reduction of peak demand without sacrificing cooling performance, all while ensuring effective HVAC control system design.
We identify and implement control-based energy efficiency improvements through effective Building Automation System Programming, all while ensuring occupant comfort and system reliability.
Our approach focuses on:
Real operational data, not assumptions
Control improvements with measurable impact
Practical solutions that operators can maintain, including HVAC control system design.
Savings are evaluated based on actual system behavior and electrical data, not theoretical models.
Control changes mean nothing if they are not tested and verified. We provide thorough testing and commissioning of Building Automation System Programming to ensure all strategies perform as designed. This includes: Functional testing of control sequences, fine-tuning based on site conditions, and verification of energy efficiency improvement and performance enhancements after implementation of the HVAC control system design.
We provide technical support and advisory services for building owners, facility managers, and engineering teams who need independent, engineering-based guidance for their Building Automation System Programming. Our services include troubleshooting unstable or inefficient systems, reviewing existing control strategies, and offering technical consultation during retrofits or upgrades to enhance energy efficiency improvement and optimize HVAC control system design.
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