Built to Scale as Demand Grows
District cooling systems must expand without disrupting service to connected buildings. BAC equipment is engineered for modular expansion, standardized design integration, and predictable performance—supporting growth from initial plant deployment through full district buildout.
Key capabilities include:
- Modular cooling tower cells to add capacity incrementally
- Standardized submittals that simplify engineering review and replication
- Factory verified thermal performance to reduce commissioning risk
- Layout flexibility for constrained urban or campus plant footprints
Optimize Energy Use at the Central Plant
Electricity consumption is one of the largest operating costs in district cooling systems. BAC supports plant level optimization strategies that reduce energy intensity and improve lifecycle economics.
BAC solutions enable:
- High efficiency heat rejection using evaporative cooling
- Reduced compressor lift through optimized condenser water temperatures
- Variable speed fan and pump strategies to match real‑time load
- Multi‑cell sequencing for part‑load efficiency and redundancy
How Our Products Support You
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TSU‑M ICE CHILLER® Thermal Storage
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Series 3000 Cooling Tower
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FXV Closed Circuit Cooling Tower
TSU‑M ICE CHILLER® Thermal Storage
TSU‑M ICE CHILLER® Thermal Storage
- Internal melt systems allow for higher leaving water temperatures, and large, centralized distribution networks are required
- Peak load shifting technology where ice is produced off‑peak and used during peak electrical demand
- Modular configuration enables multiple tanks to be combined and meet very large cooling loads
Series 3000 Cooling Tower
FXV Closed Circuit Cooling Tower
Frequently Asked Questions About District Cooling Systems
- What cooling equipment is best for district energy cooling plants?
District cooling plants require equipment that is scalable, energy‑efficient, and capable of operating reliably across varying load conditions. BAC cooling towers and closed‑circuit systems are designed specifically to support large, centralized district energy applications.
- How do district cooling systems expand as cities and campuses grow?
Most district cooling systems expand in phases. Modular cooling tower designs with factory verified performance allow operators to add capacity over time without disrupting service to existing customers.
- Why is evaporative cooling used in district cooling plants?
Evaporative cooling delivers lower condenser water temperatures than dry systems, which reduces compressor energy use and improves overall plant efficiency—critical for large district energy networks.
- When should a closed loop cooling tower be used in district cooling?
Closed loop cooling towers like the FXV are commonly used where water quality protection, glycol compatibility, or isolation of customer systems is required within a district cooling network.
- How can district cooling providers reduce operating costs over the system lifecycle?
Optimizing heat rejection efficiency, minimizing maintenance, and enabling phased expansion are key strategies. BAC systems support these goals through high efficiency designs, modular construction, and documented thermal performance.