Evolution for the built environment
We offer AI-powered energy optimisation, sustainability consulting, and custom energy models tailored to your industry.
Whether you‘re in property development, commercial management, industrial operations, or government projects, we work with engineers, executives, and sustainability officers to meet your goals.
AI+ML for energy intelligence
Frustrated with the inadequacy and accuracy of existing financial energy modelling tools, we have developed our own software - Deep Energy AI. With extensive R&D, from an initial partnership with CSIRO, funded by ARENA, Deep Energy AI leverages machine learning to model energy systems and generate powerful business cases across a building life cycle.
It analyses scenarios like demand response, energy distribution, and renewable integration, delivering data-driven insights on energy performance, capital investments, and cost-effective solutions.
- Reduce demand
- Electrification models
- Produce business cases
- Meet sustainability goals
- AI + ML driven forecasting
- Digital engineering for energy solutions
How can my buildings evolve?
Six key ways we can assist you to ensure your buildings evolve with time, and don't end up being dinosaurs.
1. Virtual energy assessments
A virtual energy assessment (VEA) delivers tailored insights into performance and sustainability across your building/portfolio without requiring continual on-site visits.
2. Simulate energy outcomes
Tailored forecasts using custom energy models across renewable energy, demand flexibility, and smart controls for cost-effective, long-term performance.
3. Data-driven business cases
Using custom AI-powered financial energy modelling to guide your investment decisions, optimise performance, and reduce risk throughout the building lifecycle.
4. Operational technology
Connecting devices and systems together for reporting purposes, we have a wealth of experience designing and project managing operational technology data capture systems.
5. Technology integration
Operational integration with IT systems is critical for future innovation in building stock & industrial processes. We have extensive experience with deploying OT/IT integration layers.
6. Demand response
We help you with demand response solutions to lower energy demand, cut emissions, and achieve sustainability targets via building-to-grid interactivity.
Optimum design decisions
Our data-driven tools translate engineering designs options into financial outcomes across an entire building life cycle.
Stakeholders gain insights into the impact of decisions on:
Energy consumption & demand
Lower operational costs and enhance occupant comfort.
Utility costs
Bill validation & tariff analysis to supercharge your energy procurement.
CapEx & OpEx
Model operational & capital expenditures including lifecycle equipment replacement.
Carbon emissions
Mitigate environmental impact by decreasing greenhouse gas emissions and conserving natural resources.
Investment opportunities
Find the best returns on investment, develop a brief and enact!
Revenue streams
Certificates and carbon credits such as LGCs, VEETs or ACCU can be generated from utility datasets.
How it works
The team at Buildings Evolved have 10+ years experience in digital engineering.
- STEP 1
Planning
Gather requirements for reviewing existing data or generating data using building physics models.
- STEP 2
Research
Gather asset information, utility and other supporting datasets.
- STEP 3
Optimizing
Create an optimised design informed from simulations and forecasts of possible energy outcomes.
- STEP 4
Results
Make an informed, data-driven decision on key capital expenditure items required in the journey towards net-zero and beyond.
Latest news
- 14 Aug 20245 minute readBeyond the walkthrough how hybrid models are changing the game for virtual energy auditsKristen Collier
- 14 Jun 20245 minute readMaximizing energy savings with AI by exploring the benefits of artificial neural networks in smart buildingsAriel Tobey
- 14 Mar 20245 minute readThe future of building energy audits using machine learning and the rise of virtual energy assessmentsAriel Tobey