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.
Create sustainable, intelligent buildings and communities using Digital Twins.
Deliver on zero-carbon targets using IES technology.
Turn on the news. Open a newspaper. We are witnessing the impact of climate change throughout the world today. As companies, communities, cities, countries and citizens – we need to avert from the norm and make real, substantial change. The technology to make such change is here. We call it the Intelligent Communities Lifecycle (ICL). Find out how it can make your zero-carbon commitments a reality. The clock is ticking…
With so many Net-Zero targets now set, the question is how do we ensure we reach them? Our experience over the last 25 years, in improving the performance of countless buildings, is that decarbonisation is very possible and readily achievable through Digital Twin technology that engages and empowers all to make a difference.
Our ICL Digital Twin works across the time-line of any community; managing the present, road-mapping the future, and learning from/logging the past.
Don’t just rely on generalised benchmark data or historic consumption figures affected by weather anomalies. Create a baseline model of your building(s) that responds exactly how they do in real-life. The ICL Digital Twin baseline model takes into account operational sensor and energy data, weather patterns and the actual thermal performance of the structure itself based on materials, HVAC systems, usage and occupancy patterns. This Digital Twin model will become your most valuable digital asset in the fight against climate change, evolving and changing as your building(s) go through the Zero-Carbon process.
Attack your quick wins first and make savings that cost you nothing. Investigate all the time-series operational data from your building(s). If you have an estate or portfolio, understand which buildings are performing badly and where your attention is best focused. Then really understand where control and operational changes can eliminate energy waste and/or improve occupant comfort and wellbeing on individual buildings. You can revisit this step as much as needed throughout the life of the building(s) to stop operational drift and continually improve the performance of your estate.
Use the Digital Twin to virtually test, through simulation, the impact light-touch improvements or in-depth Energy Conservation Measures (ECMs) might have. You can look at individual buildings in isolation or investigate the impact of mandating the same change across multiple buildings. Explore options individually, or how a collection of improvements will interact together. Then evaluate which are the best options for you depending on your budget, building constraints, KPIs, ROI or required payback period. After implementation check, using the model, that the expected improvements were achieved through a Measurement and Verification process.
At the end of the previous steps, your project should have a significantly reduced energy consumption. Next, you are looking to meet as much of that reduced demand from local sharing as possible. Explore interactions and connections with other buildings or local resources, and discover opportunities for sharing energy across the local network, whether in the form of heat, cooling or power. A Digital Twin can help with understanding the Energy Use Intensity (EUI) of different assets and the network as a whole, as well as mapping out interactions and matching supply and demand.
The final step is to look at on-site generation opportunities through renewable energy production. The Digital Twin can identify suitable renewable energy strategies at the building level to part meet demand. Then look at the site as a whole, analysing its total energy demand, and seeing what site-level solutions will enable you to take that final step to Zero-Carbon. As Digital Twins bring together energy demand profiles, weather and site information with physics-based simulation of renewable technology performance, it is possible to calculate projected renewable generation profiles across the year and at different times of the day, so you can work out whether energy generation will meet demand, and if storage solutions are required.
Data is the building block of any Digital Twin and while there is much readily available data for single buildings or entire communities, it is not easy to incorporate this all into one system and make it accessible at the touch of a button for visualisation and interrogation. The ICL can accommodate any level of data, including:
We spend, on average, 90% of our time in a building. Therefore, it's important we consider how our buildings impact the people that use them. A Digital Twin works off shared knowledge and data to empower everyone - whether citizens, occupants, owners, and building or estates managers. Not only does it provide dashboards and tools to drive operational efficiencies, track progress towards targets, measure and verify results, and test which retrofit or improvement investments are the best for that situation. It also engages with building occupants and citizens to guide action and inspire change, gather feedback on proposals/policies/targets, and inform on progress made.
Digital Twins present exciting opportunities to navigate the route to carbon zero, sustainable and healthier communities. They respond and behave like their real world counterparts, function as problem-solvers and translate data into essential decision support information to improve performance and reduce risk.
The VE is widely acknowledged as the leading building analytics platform for top architects, engineers and contractors. The energy and carbon reduction capability of the technology has been proven on hundreds of thousands of projects worldwide. Its detailed simulation power connects to any ICL tool to provide physics-based analysis insights to your community.
A single platform to tackle energy hungry buildings. iSCAN allows you to centralise any time-series data from different building and energy management systems, utility portals, IoT sensors and historic files in one platform. Organise and analyse this data to gain intelligent insights to improve building or portfolio operation and uncover hidden savings. Make sense of your building data and meet zero carbon targets.
A network modelling and management tool that delivers a holistic view of your site. Integrate Electricity, Heating, Cooling and Waste Heat networks and share energy across buildings. Decarbonising and improving the overall efficiency of your site, while saving you money. Assess existing supply and demand from buildings and other community assets, determine the flexibility required across a network to balance demand, and evaluate ‘what if’ scenarios for intelligent operation.
3D sustainable urban design and earlycstage masterplanning. Whether it’s a new or existing development the model can analyse and monitor how the community may evolve over time. Track the impact of changes on key environmental metrics such as solar/PV potential, walkability from transport hubs, impact on resource consumption and building EUIs.
A customisable range of operational dashboards, portfolio management and community engagement tools built for you. Flexible from building to city level, across any geographical scale, the tools link all aspects of every building’s lifecycle from design and construction right through to operation.
Ask us how the ICL can help you achieve net zero carbon.