Digital Twin technology for decarbonising any built environment.
Integrated analysis tools for the design & retrofit of buildings.
Create a sustainable masterplan for a city, community or campus.
Optimise building performance at an individual level or across a portfolio.
Analyse energy networks to optimise their design and the management of resources.
A customisable range of operational dashboards, portfolio management and community engagement tools.
Exceptional room & zone loads analysis for building & HVAC design.
Predict building energy consumption, CO2 emissions, peak demands, energy cost & renewable production.
All Consultancy Projects
Many Local Authorities have pledged to become net-zero as early as 2030, promising to exceed the National Government’s target of 2050. Buildings and cities have the potential to make the biggest impact in reducing carbon emissions globally, but the question many are struggling with is ‘how?’ This is where IES can help.
Benefit from IES technology right from design through to operation, in a joined-up cycle that optimises the performance of all buildings in your estate, both new build and existing. Reduce energy costs, cut carbon emissions and deliver safe, well ventilated spaces.
Embed energy and performance analysis into the heart of the design process to achieve Net Zero while meeting local methodologies and planning guidance.
Lower capital and operational running costs, reduce energy consumption, plan your investment strategies and track progress towards zero-carbon. All while optimising estate performance to ensure higher levels of staff and visitor comfort, and wellbeing. Including local energy network opportunities, 20min community creation, and social and economic factors.
Our expert team offer a range of short to long term services to help meet your objectives at any stage of the building lifecycle.
Our expert consultants are ideally placed to provide complementary services to support and enhance your Passivhaus scheme. The application of a VE model can help designers limit risks, optimise performance, and undertake performance assessments beyond the limitations of the PHPP.
Whether a new development, expansion or retrofit, our consultants support sustainable masterplanning from the earliest project stages. Understand the complex interactions between buildings & energy networks.
Due to significant cost saving benefits, Perth and Kinross Council have approved IESVE as its preferred software package for all projects from initial design through to handover, commissioning and operation.
Using the iSCAN platform, IES Consulting facilitated data monitoring and analysis at the Riverside Museum to achieve savings of £52.3k per year by uncovering zero/low cost energy saving interventions.
Through a combination of detailed HVAC modelling, using IESVE, and intelligent data collection and analysis, via iSCAN, IES have created a Digital Twin of a prominent Scottish building to help monitor and optimise energy performance, test proposed building technologies prior to install, support capital project planning and assess the environmental impact of the facility over time.
IES have developed a Decision Support Tool that balances energy and carbon analysis with socio-economic factors to help facilitate better informed policy making for Limerick city.
Using their innovative ICL technology, IES are helping Stirling Council lead the way in facilitating centralised data monitoring, analysis and proactive maintenance across a portfolio of 35 public buildings via a customised Command Centre.
IES created an Intelligent Virtual Network (iVN) model of Eday to identify ways to minimise waste excess wind generation, improve energy efficiency and take steps to creating a Zero Energy Community.
As part of the pioneering EU Horizon 2020 funded +CityxChange (Positive City Exchange) project, IES have been using their ICL Digital Twin technology to help create Limerick’s first Positive Energy Block.
Interested to learn more about what our technologies can do for you? Don't hesitate to contact our team for more information.