vadiMAP Platform

An AI-powered solution streamlining energy decarbonization roadmaps for companies operating real estate portfolios

01.

Identification

Fluctuating energy costs, service interruptions and new building performance standards mean that the energy transition for companies with large real estate portfolios is one of the biggest challenges they've ever faced. vadiMAP has created a cutting-edge AI-powered solution streamlining the energy decarbonization roadmap of companies with real estate portfolios. A vadiMAP client simply need to embed their building portfolio in the vadiMAP platform, and with a minimum of building data, the platform can produce an energy digital twin of the building and simulate thousands of decarbonization scenarios to propose an optimal scenario for each building's needs. The platform thus provides the building's GHG inventory, energy efficiency recommendations, available financial incentives, estimated investment cost, payback period, annual savings, tons of CO2 saved annually, and more. vadiMAP offers a complete solution, so if the client wishes to proceed with a project following the recommendations, a pre-qualified project partner is proposed to execute the project, and sensors will be installed in the building to monitor project performance using the vadiMAP dashboard with KPIs.

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Label Date June 18, 2021

By vadiMAP

From Canada

Maturity stage Medium and large scale commercialization

Looking For New clients, Visibility, Partners

02.

Implementation Stories

vadiMAP Platform by vadiMAP
Implemented by City of Shawinigan in Shawinigan (Canada) in 2023

The municipality of Shawinigan called upon vadimUS to study the potential of its Garage Municipal in 2021. After a thorough analysis of the client’s needs, geographical location, and market data, a tailored nanogrid was suggested. The project which is still in development and will be finalized in 2023, consists of a 24 kW solar photovoltaic panel, a battery energy system storage with a 30 kW power and a 91 kWh capacity, as well as a 280 m2 of solar thermal collectors.

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Result

Estimated future project impact is 4h of backup power, -23 k+ m3 natural gas consumption & -46 t co2eq

03.

The environmental benefits

•Save energy costs up to 30%, gain up to 24/7 autonomy and reach up to 100% carbon neutrality
•Up to one (1) megawatt energy systems, any building connected to the electrical grid now has three options: status quo, self-generation or hybrid (vadiMAP will figure it out)
•Per the GHG protocol, vadiMAP can reduce up to 100% of direct CO2 emissions (e.g. full replacement of a diesel generator) and
•Per the GHG protocol, vadiMAP can reduce up to tens/hundreds of tons of CO2 of indirect emissions (e.g. fossil-based generation from the main grid)

04.

The Financial benefits

•Energy cost savings up to 30% than mainstream alternative AND payback within 2 year by avoiding waste and business interruption
•Intangible benefits for showing concrete actions: employee recruitment and retention, customer mindshare and shareholder satisfaction