• Inspire
  • Innovate
  • Integrate
Facebook X-twitter Ovaicon-instagram Linkedin Youtube

Chiller Plant Manager (CPM)

EXPLORE THE FEATURES

Chilled water plants are the energy backbone of large buildings and industrial facilities, and even small inefficiencies can translate into major operational costs. Chiller Plant Manager (CPM) from Conserve Solutions is an analytics-driven service layer that continuously supervises your entire plant-chillers, cooling towers, pumps, and auxiliaries-to keep it operating at peak efficiency and reliability.

By combining advanced controls, real-time data acquisition, and engineering expertise, CPM turns your plant into a smart, self-optimizing system. It helps reduce kW/ton, stabilize operations, and provide the performance transparency needed for both operations and sustainability teams.

Services We Provide


Plant Performance Supervision
24/7 monitoring of chiller, pump, and cooling tower KPIs (kW/ton, COP, load, approach temperatures, runtimes) with clear views at equipment and system level.


Dynamic Chiller Sequencing
Intelligent staging and loading of chillers and pumps based on real-time demand, efficiency curves, and operating constraints to minimize energy use.


Setpoint Optimization
Rule-based and data-driven detection of issues such as degraded chiller efficiency, abnormal tower or pump behavior, sensor faults, and control anomalies.


Fault Detection & Diagnostics (FDD)
Rule-based and data-driven detection of issues such as degraded chiller efficiency, abnormal tower or pump behavior, sensor faults, and control anomalies.


Performance Benchmarking & Reporting
Baseline vs actual performance tracking, seasonal and daily profiles, and auto-generated reports for management review, audits, and sustainability teams.

Benefits of

Chiller Plant Manager (CPM) with Conserve

Lower Energy Cost per Ton

Optimized sequencing and setpoints reduce chiller and pump power consumption, improving kW/ton and cutting utility bills.

Higher Plant Reliability

Early detection of anomalies, combined with clear diagnostics, helps prevent unplanned outages and extend equipment life.

Improved Capacity Utilization

Unlock hidden capacity by improving how existing equipment is operated, often deferring or avoiding capex on new chillers.

Transparent Performance Visibility

Operations, energy, and leadership teams gain a single version of truth on plant performance, helping align decisions with data.

Stronger Sustainability Outcomes

Documented energy savings, reduced emissions, and performance KPIs directly support ESG, green building, and net-zero programs.
Why Choose

Conserve Solutions?

End-to-End Plant Understanding

Strong MEP, energy modeling, and commissioning background ensures CPM is grounded in real plant physics, not just generic analytics.

Non-Disruptive Integration

Designed to sit on top of existing BMS/DDC infrastructure, leveraging open protocols and your current control architecture.

Proven Optimization Approach

A structured methodology—from data collection and baselining to tuning and continuous improvement—reduces risk and accelerates results.

Scalable Architecture

Suitable for a single central plant or a portfolio of sites, with consistent dashboards and reporting standards across locations.

Outcome-Focused Engagement

Engagements are aligned to measurable objectives such as target kW/ton, runtime balance, or specific cost and carbon reduction goals.

Turn Your Energy Data into Decisions

Want your chiller plant to run at peak efficiency every hour of the year, not just on commissioning day?
Talk to our Chiller Plant Manager (CPM) team today and discover how data-driven optimization can cut costs, increase reliability, and support your sustainability roadmap.

Contact Us
Frequently Asked Questions

FAQ's

CPM is a service and technology layer that continuously monitors, analyzes, and optimizes the performance of your entire chiller plant to improve efficiency, reliability, and capacity.
No. CPM is designed to integrate with your existing BMS and field controllers using standard protocols, adding analytics and optimization without disrupting core controls.
Depending on current operation, plants typically see double-digit percentage reductions in chiller and pump energy, along with better load distribution and reduced runtime stress.
Data is acquired from existing meters, sensors, and controllers, and where needed, additional points are instrumented to capture critical temperatures, f lows, and power.
Is CPM suitable for multi-chiller or multi-building systems?
Get in Touch

Have Any Other Questions?

    Let's Talk