Innovation for energy solutions
We provide propTech and cleanTech solutions, analysis and design to optimise developments and projects across every phase.
Our Virtual Energy Assessments and Deep Energy Simulations deliver insights for efficiency, sustainability, and ROI.
We provide
building performance solutions to optimise energy outcomes. Using advanced simulations and financial modelling, we help you meet sustainability targets while balancing business outcomes and productivity.
Our AI+ML-powered Virtual Energy Assessments and Deep Energy Simulations bridge the gap between engineering and financial decision making, delivering precise demand forecasting and faster, data-driven insights for building energy projects.
Across the technology mix
We provide analysis and solutions across:
- Energy and carbon efficiency
- Onsite generation
- Load flexibility
- Demand management
- Embedded networks
- Smart controls
- DER technologies
- Thermal optimisation
- Building envelope and systems
- Power factor
Working process
Leverage real data for swift decisions with budget constraints in mind. Make sound investments in energy system design and business strategy for optimum commercial & sustainability value.
We offer the full spectrum of strategic support, from commercial strategy and market alignment to the selection of the right technologies and partners.
Planning
Research
Optimizing
Results
Who we are
We help shape building performance solutions to optimise energy outcomes.
We take a green finance & carbon accounting methodology to produce business cases and verify savings.
Our AI+ML-powered software bridges the gap between engineering and financial decisions, delivering precise demand forecasting and faster, data-driven insights for building energy projects.
Learn moreWorking with real-estate trusts, property developers, government portfolios, academia and policy makers.
We have run tens of thousands of AI + ML simulations to produce baselines, business cases & carbon credits.
We have helped many organisations in their sustainability and net-zero journey for over a decade.
Case studies
Revolutionising energy efficiency: A case study in optimizing HVAC systems, and embedded network tariffs with Deep Energy AI
Discover how an urban development project achieved $1M in operational savings, reduced carbon emissions by 939 tonnes, and enhanced long-term energy efficiency by adopting an innovative HVAC system. This case study showcases the critical role of Deep Energy AI in optimizing system performance, balancing costs, and driving sustainability, offering valuable insights for large-scale energy management solutions.
Learn moreDeltaQ: Civic Quarter prop-tech review
Delta Q engaged Buildings Evolved to assist in a design review of Amalgamated Property Group's Civic Quarter development in the centre of Canberra amid large operational costs associated with the prop-tech as designed and installed. It was found that the networking solution was a possibly over-engineered for the functional requirements of the tenants and operators of the building and that an off-site BMS type solution such as the CSIRO DCH could deliver considerable operational savings and access to more applications and services.
Learn moreMeet our team
We are leading specialists in the design & delivery of PropTech & CleanTech solutions for smart building projects.
Deep Energy AI
For energy analysis, forecast, reporting and validation.
Free
Interval consumption & max demand analysis
Validation
Bill validation and tariff analysis
Forecast
Forecast with confidence on top of validated utility data, produce carbon reporting.
Frequently asked questions
What does a free virtual energy assessment give me?
We will give you a read-only login to Deep Energy.AI to view a baseline year against default market tariffs.
DeepEnergy provides like-day analysis, load variability disaggregation, 20-year cash-flow and much more!
What do you need to begin a free virtual energy assessment?
Fill out the form below, and we will obtain your electricity data on your behalf and load it into our software platform.
From there you can explore your energy data, tariffs and costs, export images or raw data samples and much more!
How can I find opportunities with simple utility data?
Artificial Intelligence and Machine Learning algorithms have grown in popularity for language models in recent years, despite AI+ML having been 'created' during the 1940s by Turing.
Using modern techniques, applied to 5-minute intervals, an enormous amount of value can be extracted from utility data alone.
Why do you use utility data and not BMS/SCADA data?
Utility data is the 'source-of-truth' when it comes to finance, accounting, carbon reporting or certificate generation. It is also ubiquitous and standardised - if there is a meter, there is metering data.
This allows Virtual Energy Assessments to be conducted across a large volume of metering points and metering data, rapidly!
Connecting to BMS/SCADA is usually a lengthy process due to a lack of data or communications standards, or it being proprietary in nature. Detailed energy assessments can be initiated from the results of a Virtual Energy Assessment, allowing resources to be focused upon poorly performing assets. At this point, behind-the-meter data can be analysed for fine-tuning of the building by experts in the field.
A Virtual Energy Assessment can use a bottom-up (metering) or top-down (modelling) approach. We use a hybrid approach for existing buildings, and a top-down approach for new buildings.
We can adopt existing modelling outputs and mesh them with metering data to provide a synthesis of both.
What other services do you offer?
While energy is a focus, we are experts in technology in the built environment.
Our experience provides us with a holistic perspective across different industries, typologies and use cases.
We engage our clients on a multitude of aspects of technology in buildings, with a principal focus on digitalisation, building optimisation and reporting through development of design briefs, review and markup of specifications and high-level integration of subsystems.