As energy costs increase prudency in energy usage is paramount to running an efficient business. All of this is based around good building services design right from the building orientation and the thermal envelope to the actual mechanical, electrical and hydraulic services and just as critically, their control system utilised within the building.
Thermal modelling for integrated design of services and thermal envelope. Using both dynamic and static modelling software, we offer design analysis across residential, commercial and industrial applications:

We specialise in robust and effective engineering systems that will improve your asset and provide significantly lower energy costs with realistic payback periods. We can assess the systems in place and give options on energy savings. These might include:
We specialise in robust and effective engineering systems that will improve your asset and provide significantly lower energy costs with realistic payback periods. We can assess the systems in place and give options on energy savings. These might include:
Including the pros and cons, capital and running costs, available efficiency funding and payback period comparisons for each option.
This lets you make an informed decision with no nasty surprises.
Part of this includes 3D modelling using Revit and ArchiCAD.
This gives you a huge advantage as we are modelling within the architect’s actual model.

Our team members designed one of the highest Green Star rated (6 star) buildings around, the Christchurch City Council Civic Building.
We have many firsts, including New Zealand's first NABERS whole-building rating, its highest NABERS rating, its first certified carbon-zero building and the first Green Star church, many of which have won awards.

The importance of spatial planning on a site is often lost when it comes to services, and that can restrict your plant options. Large heat pumps and boilers really need to be considered at the planning approval stage, because planning authorities have a major influence on what can go where, and decisions made without that input can lead to major cost implications later in the project.