References

32Trane Applications Engineering Group. “Thermal Storage – Understanding the Choices.” Ice Storage Systems, Engineered Systems Clinics. Trane, 1991. ( ISS-CLC-2)

33Trane Applications Engineering Group. “Thermal Storage – Understanding System Design.” Ice Storage Systems, Engineered Systems Clinics. Trane, 1991. (ISS-CLC- 3)

34Trane Applications Engineering Group. “Thermal Storage–Understanding Control Strategies.” Ice Storage Systems, Engineered Systems Clinics. Trane, 1991. (ISS-CLC-4)

35Solberg, P. “Ice Storage as Part of a LEED® Building Design.” Engineers Newsletter 36, no. 3. (September 2007), Trane. (ADM-APN025-EN)

36Trane CenTraVac Group. “Condenser-Water Temperature Control for CenTraVac™ Centrifugal Chiller Systems.” Engineering Bulletin. Trane, May 1997. (CTV-PRB006-EN)

37Trane Engineers. “Water-Cooled Series R Chiller - Models RTHB & RTHC Condenser Water Control.” Engineering Bulletin. Trane, August 1999. (RLC-EB-4)

38Braun, J.E. and G.T. Diderrich. “Near Optimal Control of Cooling Towers for Chilled-Water Systems.” ASHRAE Transactions 96, no. 2 (1990): 806-13.

39Hydeman, M., K. Gillespie, and R. Kammerud. “CoolTools Project: A Toolkit to Improve Evaluation and Operation of Chilled Water Plants.” Cool $ense National Forum on Integrated Chiller Retrofits. Lawrence Berkeley National Laboratory and Pacific Gas & Electric (September 1997).

40Schwedler, M., and B. Bradley. “Tower Water Temperature–Control It How???” Engineers Newsletter 24, no. 1 (1995), Trane.

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Chiller System Design and Control

SYS-APM001-EN

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Trane SYS-APM001-EN manual 102

SYS-APM001-EN specifications

The Trane SYS-APM001-EN is an advanced control system designed for HVAC (Heating, Ventilation, and Air Conditioning) applications, specifically tailored to enhance energy efficiency and system performance. This comprehensive solution integrates cutting-edge technologies to optimize climate control in commercial and industrial environments.

One of the main features of the SYS-APM001-EN is its intuitive user interface. The system is equipped with a large, easy-to-read display that provides real-time data on system performance, energy usage, and environmental conditions. This user-friendly interface makes it simple for operators to monitor and adjust settings, ensuring optimal comfort levels and efficient energy consumption.

Another key characteristic of the SYS-APM001-EN is its advanced data analytics capabilities. The system collects and analyzes data from various sensors throughout the building, providing insights into occupancy patterns, equipment performance, and energy consumption trends. This data-driven approach allows facility managers to make informed decisions about system adjustments, predictive maintenance, and energy savings.

The SYS-APM001-EN also boasts robust integration capabilities. It can seamlessly connect with a variety of building management systems (BMS) and other third-party devices. This interoperability enables a cohesive operational ecosystem where HVAC systems can communicate and cooperate with lighting, security, and fire safety systems, enhancing overall building efficiency.

Energy efficiency is a hallmark of the SYS-APM001-EN, as it implements sophisticated algorithms to optimize system operation. These algorithms adjust equipment performance in real-time based on current conditions, thereby reducing energy waste and lowering operational costs. The system is designed to support multiple energy-saving strategies, including demand-controlled ventilation and optimal start/stop scheduling.

Additionally, the SYS-APM001-EN is built with scalability in mind, accommodating facilities of various sizes and configurations. Whether it’s a small office building or a large industrial complex, the system can be tailored to meet specific needs, ensuring that HVAC performance aligns with operational goals.

In conclusion, the Trane SYS-APM001-EN is an innovative HVAC control solution that emphasizes user experience, data-driven decision-making, and energy efficiency. With its advanced features and technologies, it is an essential tool for optimizing building performance and enhancing occupant comfort while reducing environmental impact.