Frequently Asked Questions
Who is funding this effort?
Why use Temoa rather than other energy system models?
Temoa is ideally suited to this project, as it was designed to (1) be open source, in order to enable third party replication of results, and (2) perform rigorous uncertainty analysis in a high performance computing environment.
All models have their own unique strengths and weaknesses. Temoa is an energy system optimization model (ESOM), which is described in more detail here and here. Because ESOMs explicitly represent a large number of energy technologies, they are able to address questions related to system-wide technology deployment over time under different assumptions and policy scenarios. Such models can also address the cost and emissions implications of specific technology portfolios over time. The other strength of ESOMs is the ability to model technology deployment and related trade offs across the entire energy system. However, given the broad scope of these models, the spatial and temporal granularity is typically less compared to more specialized sector-specific models. In addition, these models are considered “partial equilibrium” because they don’t account for economic implications outside the energy sector. This paper explains the strengths and weaknesses of different model types in more detail.