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Assets to portfolios:
cost-optimal and low COâ‚‚ investment strategies

Web-based SaaS, hosted on secure Swiss cloud

Intelligent real estate decisions in  two products

Scroll down or click the pictures below for details
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OPTIML-asset

Long-term strategies to 2050 for any unique building asset considering all aspects of renovations for asset and construction management
Included
  • 3+ strategy options from least-cost to least-COâ‚‚
  • Capex and Opex budgets
  • Rental projections and rental pass-on
  • Operational and embodied COâ‚‚ emissions (Scopes 1-3)
  • Data-driven stranded asset risks
  • Policy compliance and available incentives
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Considerations
  • 25+ materials and technologies considered for all components
  • Energetic renovations "all at once" for efficiency and supply
  • Retrofitting energy demand simulations with EnergyPlus
  • Building extension opportunities
  • Non-energy components (e.g. kitchens, baths, floors, etc.)
  • Coupling projects to reduce cost
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Digital twin 3d models and solar design

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Accurate component areas and building retrofitting simulations
Integrated 5-zone solar PV design with tilt
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Any asset and energy system composition

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Attached buildings with a shared energy system
Separate buildings with multiple energy systems
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Minimal data input with maximum customizability

Simplify your strategy development process. Our platform delivers intelligence with minimal data input by leveraging data-driven processes.
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OPTIML-portfolio

Total sustainability: portfolio budgetary and COâ‚‚ pathways considering asset-level granularity with minimal planning cost
Included
  • Smooth and limit Capex budgets
  • Benchmark asset performance
  • Bottom-up Net Zero COâ‚‚ pathways (beyond CRREM)
  • Limit number of projects per year
  • Evaluate risks across assets
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Considerations
  • Prioritize "low hanging fruit" vs. "hard to decarbonize"
  • Test any potential developments (e.g. natural gas price)
  • Future policy scenarios for 10+ policy instruments
  • Robust risk-conscious strategies
  • Technology exposure and reliance
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Portfolio investment planning for the digital age

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Smooth Capex and assure consistent dividends with intelligent alerts
Bottom-up COâ‚‚ pathways towards "whole life" Net Zero Scope 1-3
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Benchmark asset strategies to flag "hard to decarbonize" vs. "low hanging fruit" and stranded assets
Break down technology and component Capex costs along with embodied COâ‚‚
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Scientific credentials

OPTIML leverages over  4 years of state-of-the-art engineering, sustainability, and policy research at ETH Zurich with multiple PhDs on the technology
Journal publications
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  1. Petkov, I., Lerbinger, A., Mavromatidis, G., Knoeri, C., Hoffmann, V. H. (2023), Decarbonizing real estate portfolios considering optimal retrofit investment and policy conditions to 2050. iScience, Volume 26

  2. Petkov, I., Mavromatidis, G., Knoeri, C., Allan, J., Hoffmann, V. H. (2022), MANGOret: An optimization framework for the long-​term investment planning of building multi-​energy system and envelope retrofits. Applied Energy, Volume 314

  3. Petkov, I., Knoeri, C., Hoffmann, V. H. (2021), The interplay of policy and energy retrofit decision-​making for real estate decarbonization. Environmental Research: Infrastructure and Sustainability, Volume 1

  4. Mavromatidis, G., Petkov, I. (2021). MANGO: A novel optimization model for the long-​term, multi-​stage planning of decentralized multi-​energy systems. Applied Energy, Volume 288

  5. Petkov, I., Gabrielli, P., Spokaite, M. (2021). The impact of urban district composition on storage technology reliance: trade-​offs between thermal storage, batteries, and power-​to-hydrogen. Energy, Volume 224

  6. Petkov, I., Gabrielli, P. (2020). Power-​to-hydrogen as seasonal energy storage: an uncertainty analysis for optimal design of low-​carbon multi-​energy systems. Applied Energy, Volume 274

up to

75%

Increased productivity
with digitalized planning
up to

30%

Reduced COâ‚‚ 
with minimum-cost vs. status quo

Contact us to book a free demo today

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