As operational requirements evolve, cooling systems must adapt. Increasing loads, higher efficiency targets, water constraints and new sustainability expectations can place existing assets under pressure.

JAEGGI’s retrofit and modernization services help customers upgrade and adapt installed cooling systems, improving performance, resilience and efficiency while maximizing the value of existing infrastructure.

Performance upgrades & system enhancements

Targeted upgrades can deliver significant improvements without the disruption of a full replacement.

JAEGGI evaluates existing installations to identify where upgrades can enhance thermal performance, reduce resource consumption or improve operational stability. Solutions are engineered to integrate with existing assets while minimizing downtime.

Typical upgrade areas include:

Heat exchanger and coil enhancements

Upgrades to coils and heat exchangers to improve thermal performance and system efficiency.

Fan, motor and drive upgrades

Replacement or optimization of fans, motors and drives to improve reliability and efficiency.

Control and monitoring improvements

Enhancements to control systems and monitoring to support stable, efficient operation.

Adiabatic system optimization

Optimization of adiabatic components and control strategies to balance performance and water use.

Noise reduction measures

Implementation of acoustic measures to reduce sound levels while maintaining cooling performance.

Sustainability & compliance improvements

Regulatory pressure and sustainability goals continue to increase across industrial and mission-critical sectors.

Retrofit projects can support reductions in energy and water use, improve environmental performance and help align systems with internal or external sustainability commitments, without starting from scratch.

Engineering-led, system-specific approach

Every retrofit project begins with understanding the existing system.

JAEGGI’s engineers assess operational data, site constraints and performance requirements before defining a clear, practical upgrade path. The result is a solution that improves performance while respecting real-world conditions and project constraints.