case studies

Art Gallery of NSW - CHILLER PLANT UPGRADE

The Art Gallery of NSW (AGNSW) engaged EngTec Consulting to undertake a detailed review of the building mechanical and electrical services and infrastructure. The review identified critical areas of improvement and recommendations. The major recommendation was the upgrade of the central chilled water plant including the optimiSation of the controls and BMS of the building.

Vibe waterfront darwin - central plant re-design

A review of the entire mechanical plant identified both fundamental and subtle design issues in the mechanical plant that could put the site at risk or failure and contributed to elevated levels of energy consumption.
Through detailed analysis of the site’s infrastructure and cooling demands, the mechanical plant was reconfigured, upgraded and optimised to incorporate high efficiency water cooled containerized chillers

Toga group - CHILLER PLANT UPGRADE

The Toga Group engaged EngTec Consulting to undertake a detailed review of 117 York Street ,Sydney mechanical services and infrastructure to improve the NABERS Energy Rating from 0 Star to 4 Star under the Green Building Fund . The review identified critical areas of improvement and recommendations. The major recommendation was the upgrade of the central chilled water plant including the optimisation of the controls and BMS of the building.

The Toga Group engaged EngTec Consulting to undertake a detailed review of 117 York Street ,Sydney mechanical services and infrastructure to improve the NABERS Energy Rating from 0 Star to 4 Star under the Green Building Fund . The review identified critical areas of improvement and recommendations. The major recommendation was the upgrade of the central chilled water plant including the optimisation of the controls and BMS of the building.

Australian Museum - chillers & ddc upgrade

A review of the entire mechanical plant identified opportunities to upgrade the chillers, pumps, and control strategies to reduce energy usage. Through detailed analysis and energy modelling of the chilled water plant and cooling demands, the mechanical plant was reconfigured, upgraded, and optimised to incorporate high efficiency water cooled chillers. The chillers were specifically designed to operate within the low load profile and for the peak demand for high efficiency to minimize energy usage.