We establish an operational baseline from available real-world system data under actual operating conditions, creating a read-only reference point for evaluating changes in performance over time.
By evaluating operational data over time, TrueClime helps identify recurring patterns, longer-term trends, and changes that may not be visible through isolated maintenance spot-checks.
By comparing operating performance against an established baseline over time, TrueClime helps surface subtle shifts in efficiency, capacity response, and control behavior. This can provide earlier visibility into emerging degradation, helping teams investigate sooner and reduce the risk of excess energy use, comfort impacts, and unplanned downtime.
Translate complex operating data into clear performance context that helps building owners and facility teams prioritize investigation, maintenance, retrofit, and capital-planning decisions.
We evaluate equipment under actual facility loads and operating conditions, complementing standardized ratings and design assumptions with real-world performance context.
Evaluate performance in the context of changing weather, building loads, occupancy patterns, schedules, and evolving system behavior.
Add independent context to operational data, helping teams evaluate performance without equipment-sales incentives.
Gain independent insights into HVAC system performance to help prioritize upgrades, improve efficiency, and support informed capital planning.
Evaluate current system performance objectively to establish an accurate baseline.
Identify the right retrofit opportunities based on actual operational stress and wear.
Support long-term investment decisions with validated operating data.
Receive pure, objective analysis completely separated from equipment sales bias.
Predictive Maintenance Insight
TrueClime evaluates changes in efficiency, capacity response, thermal relationships, and operating behavior over time—helping reveal emerging degradation and abnormal performance patterns before they develop into larger operational or maintenance concerns.
Track changes in efficiency over time as operating conditions shift. Persistent deviation from expected performance can reveal degradation before it becomes obvious in utility cost or comfort.
Identify when delivered cooling or heating performance no longer aligns with building load. Emerging mismatch can indicate declining capacity, control inefficiency, or changing system behavior.
Monitor changes in temperature relationships across coils, heat exchangers, and system stages. Increasing approach or reduced heat-transfer effectiveness can surface developing performance loss.
ESG & Sustainability Support
Gain independent insight into energy-intensive HVAC assets to support building efficiency improvements and ESG initiatives.
Optimize building
performance.
Identify opportunities to reduce operational impact.
Measure real-world HVAC performance.
Enable informed sustainability decisions.
Strategic Lifecycle Planning
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