Our approach to optimization and retrofits begins at the central plant level. We implement advanced strategies such as load-based sequencing, condenser water reset driven by ambient wet-bulb conditions, and chilled water ΔT improvement. By incorporating pump and cooling tower VFD control alongside automatic setpoint optimization, we maximize system responsiveness and efficiency. Additional measures, including high-efficiency impellers, variable speed drives, and waterside economizer integration, further enhance performance. All improvements are tied together with robust controls integration, using BACnet/IP, Modbus TCP, and secure remote monitoring for seamless system operation.

Every project is grounded in clear performance benchmarking. We establish a baseline that includes kW per ton, ΔT performance, demand charges, and condenser approach temperatures. From there, algorithmic sequencing and adaptive setpoints are applied to match real-time load and ambient wet-bulb conditions. Performance is validated with utility-grade trend reporting that provides clear before-and-after comparisons, ensuring transparency and measurable results.

Optimization doesn’t end at installation – it requires continuous oversight. Our monitoring framework provides alarms for abnormal kW/ton, low ΔT, and short cycling, helping prevent inefficiencies before they escalate into costly issues. Secure remote monitoring with automated alerts enables proactive intervention, while monthly performance reviews ensure that systems remain optimized over time. This commitment to ongoing assurance protects your investment and sustains long-term energy savings.