Energy developers and corporations often lack a comprehensive understanding of the full environmental and health impacts associated with energy projects. Traditional techno-economic modeling typically overlooks a significant portion of life cycle impacts on human health and ecosystems, leading to suboptimal decision-making. This incomplete assessment hinders the ability to accurately quantify costs, risks, and co-benefits, ultimately affecting return on investment and stakeholder alignment.

Quantum Inc.'s TotalView Energy Platform and API leverages predictive impact analytics to simulate avoided emissions and assess their effects on public health, ecosystems, and the economy. The platform enables users to fully weigh costs and impacts in monetary terms, providing a holistic picture for profitable, high-impact decision-making. By quantifying the life cycle impacts of energy decisions, TotalView empowers organizations to optimize energy procurement, pathways, and policies. The technology facilitates credible and robust sustainability storytelling, inspiring investors, employees, and customers to align with climate ambitions.

AI-driven energy system optimization algorithms with backtested accuracy.

Integrated Life Cycle Assessment (LCA) encompassing operational carbon emissions and other life cycle impacts.

Epidemiology-based damage pathways mapping emissions to impacts on human health and ecosystem quality.

Quantification of impacts on climate change, particulate matter, human toxicity, water depletion, and land use.

Reporting tools for ESG impacts to investors, including science-based life cycle health and ecosystem impact analytics.

API access for integration with existing energy modeling systems.

The primary target audience includes energy developers, corporations, and organizations involved in energy procurement, sustainability, and environmental, social, and governance (ESG) reporting.