Scenario Cases
The OMNIA model is delivered with two modelling case scenarios:
The Base-NoPolicy scenario aims to showcase the functionality of the OMNIA model. The outputs of this scenario are not intended to interpret the possible future pathway of the global energy system, but rather to evaluate the core model functionalities.
The Baseline policy scenario aims to have a common scenario for intercomparison work among the IAMs developed under the project DIAMOND. The core approach is based on modelling emissions targets, to reflect the latest mitigation efforts based on officially submitted, specifically: i) the Nationally Determined Contributions (NDCs) and their latest updates as of and after COP30 for non-EU regions; and ii) Long-term targets (LTT) for both EU (member state level) and non-EU regions.
The SuppXLS folder contains all the regular scenario files (called Scenario Files in the VEDA nomenclature) in which the inputs and assumptions for the different modelling scenarios can be managed.
These scenario files can include definitions of parameters necessary to run the model (Root parameters) or assumptions regarding the customised scenarios (Scenario parameters). The files containing the Root parameters must always be selected to run the model, whereas the Scenario parameters can be selected based on the scenario characteristics. Scenario parameters can include the implementation of policy constraint scenarios (as in the baseline policy scenario), or they have been added to ensure that the results are not solely driven by cost optimisation, which could lead to a rapid switch in technology or fuel that does not reflect realistic trends or historical years.
The table below summarizes the files included in the SuppXLS folder. Each scenario is defined by a different combination of the scenario files contained in this folder.
File name |
Description |
Parameters |
|---|---|---|
|
Assumptions regarding the timeslice definition |
Root |
|
Assumptions regarding end-use demand projections |
Root |
|
Cost of capital assumptions |
Root |
|
Greenhouse gas emission factors |
Root |
|
Assumptions on renewable energy technical potentials, |
Root |
|
Capacity reserve assumptions |
Root |
|
Retirement profiles of existing |
Root |
|
User constraints controlling the industry sector, |
Scenario Base-NoPolicy |
|
User constraints controlling iron and steel, |
Scenario Base-NoPolicy, |
|
User constraints controlling |
Scenario Base-NoPolicy |
|
User constraints controlling the residential |
Scenario Base-NoPolicy |
|
User constraints controlling |
Scenario Base-NoPolicy |
|
User constraints controlling |
Scenario Base-NoPolicy, |
|
Implementation of emission targets |
Scenario Baseline policy |
|
Constraints related to |
Scenario Baseline policy |
|
Industry-sector constraints, |
Scenario Baseline policy |
|
Power-sector constraints. |
Scenario Baseline policy |
|
Residential and service sector |
Scenario Baseline policy |
|
Transport-sector constraints. |
Scenario Baseline policy |
|
Structure for updating bioenergy resource constraints |
Not applied in any scenario |
|
Structure for constraining the market potential |
Scenario Baseline policy |
|
Structure for constraining electricity trade |
Not applied in any scenario |
|
Structure for incorporating LULUCF emissions |
Scenario Baseline policy |