The Armstrong Integrated Chilled Water Plant Control System (ipc) boosts the energy efficiency of new and existing chiller plants. The ips 4000 is an advanced multi-zone control that can be directly integrated with pumping units to optimize energy performance, system handling, and installation.

Background

When administrators of an urban community in South America wanted to increase energy savings and minimize CO2 emissions, Armstrong was invited to contribute to the project. The team recommended installing a Design Envelope IPC 11550, a Design Envelope IPS 4000, and Design Envelope Vertical InLine 4300 pumps.

The energy consumption of the plant was reduced by 10%, for a savings of over 1.2 million kWh per year. Operating efficiencies are 30% better than the levels commonly seen in traditional air conditioning systems. The use of Design Envelope Vertical In-Line 4300 pumps also reduced space requirements in the mechanical room, making maintenance easier.

The community is expected to see significant growth in the years to come. Current plans call for an additional 9000 housing units, and the hospital is expected to grow to over 400 rooms from the current 150. Building an expansion plant is also in the plans to supply the energy demands of the growing city, and Armstrong will be there to optimize the hvac systems.

The real estate management firm behind building the urban city states “The Thermal District is a system that provides efficient air conditioning for buildings and spaces. Heating, cooling or hot water services are provided in a sustainable manner that also lowers costs for users.”