Project Overview

The heating system at Fethard Town Park, Tipperary, was designed to deliver a high-efficiency, low-carbon solution for this modern community facility. The project centred on installing a versatile and sustainable heat pump system to provide space heating via AHUs and domestic hot water (DHW) for the entire building.

Scope of Works

• Installation of:
  • 1 × MasterTherm BA60is inverter-driven heat pump
• System responsibilities:
  • Supplies low-temperature hot water (LTHW) to 2 Air Handling Units (AHUs) for climate control across key internal zones
  • Provides domestic hot water to meet the demands of changing rooms showers and visitor facilities
• Full system control via MasterTherm’s onboard PLC logic, allowing for streamlined management without requiring an external Building Management System (BMS)

System Description

• The BA60iS heat pump offers up to 35 kW of modulating heat output, adapting to real-time demand for maximum efficiency
• The heat pump feeds both ventilation systems and DHW storage, ensuring reliable supply across all zones
• Intelligent PLC controls manage temperatures, flow rates, and system scheduling to optimize comfort and energy usage
• Built-in connectivity allows for remote monitoring and diagnostics via the MasterTherm online platform

Project Results & Benefits

• Multi-purpose efficiency: One highly capable system delivers both heating and hot water, simplifying plant design and operation
• Flexible and responsive performance: Inverter-driven output ensures that the system adjusts dynamically to occupancy and usage changes
• Minimal operational overhead: Onboard controls eliminate the need for external BMS integration, reducing setup and long-term maintenance costs
• Sustainable infrastructure: Heat pump technology significantly lowers carbon emissions, supporting the site’s environmental commitments
• Community-ready design: The solution supports high-traffic, multi-use facilities, ensuring both resilience and comfort year-round

• At Fethard Town Park, the integration of high-efficiency heat pump technology supports a healthier, more sustainable community space. By combining performance, simplicity, and environmental responsibility, this installation sets a benchmark for future-ready civic infrastructure.