System Design

Bespoke system Design to fit any application

Our experienced engineers work closely with you to guarantee that the solution meets your requirements. Our aim is to optimise the integration into the existing system. We have designed many Cogeneration and Trigeneration systems which enables us to work closely with you and your consultants to provide the best solution to you individual requirements.

Designed to your requirements

Our experienced engineers work closely with you to guarantee that the solution meets your requirements. Our aim is to optimise the integration into the existing system.

Turn-key projects

From start to finish, and through to ongoing maintenance and support Goldman Energy will be there to lead the project. Our in house project management team overview the project from Conception to Completion. We manage the sub-vendors so you can be confident that the project will be run on time and to budget.

Goldman Energy Design Consultations

Cogeneration Feasibility studies

Making sure that the Engineering aspects matches up with the commercial requirements is a major factor for many of our projects. Our Engineering and Sales teams are able to provide in-depth analysis of multiple design options to offer the most financially viable solution. Feasibility studies form the backbone to correctly size the unit to your electrical use to provide the most cost effective solution.

All of your questions are answered

Our professional team includes mechanical, electrical and civil engineers

Engineered System Design

Pump design & install

This is critical to the effective operation of the facility. By understanding your pumping requirements, we will select the correct pump type and size for the job. We supply Wilo high efficiency pumps to improve the overall operation of the system.

Chiller selection/replacement

Using Absorption Chillers from World Energy, we will design the correct Absorption Chiller for your project. Correctly sizing the Absorption Chiller ensures optimal cooling and therefore improved energy efficiency.