Climate constraints have never been more intense. Governments make commitments at different scales: global (COP), regional (EU), and tools (carbon markets), which all need reviewing.
How to achieve those goals while maintaining a country’s competitiveness? What are the most effective sectors to leverage? To which extent should there be a shift in the power mix?
Enerdata has exclusive tools and expertise to evaluate those commitments and their implications across the economy and energy sectors. Offering a 360° view of the energy markets as well as sensitivity analysis on climate policies, we provide independent scenario-based pathways’ assessments, based on our globally recognised models.
We will support you in elaborating your energy transition and climate policy, and in adapting your investment strategy accordingly.
Enerdata offers a number of levers to assess energy and climate policies, along with their impact on your business:
- Tailored long-term scenarios in line with your assumptions on:
- Demand-side energy efficiency policies
- GHG mitigation policies, including taxes, regulation, carbon markets, emissions trading schemes, international finance, etc.
- Support policies to renewable energy sources, including feed-in tariffs, market premium, investment grants, etc.
- Robust quantification of interdependencies between policies
- Development and application of Marginal Abatement Cost Curves to assess the consequences of various levels of carbon pricing
- Delivery of ad-hoc simulation models
- All studies and models available for numerous countries, sectors and time horizons (up to 2050)
For ECF, an international organisation: Enerdata was involved as technical partner within this project, led by the 2050 Pathways Platform, to support Morocco in developing its long-term climate strategy. Two phases are planned: the elaboration of a long-term vision and the development of a low-carbon strategy.
For a government office elaborating its national energy policy: Enerdata was selected to create the BAU national forecasting scenario as basis for BAU CO2 emissions and the corresponding Marginal Abatement Cost Curves to predict and suggest policy measures for reducing future CO2 emissions. Enerdata provided forecasts and detailed reports covering a range of scenarios based on the in-house MACCs model. As a result, the client was gifted a clear platform to assess possible future CO2 emissions and formulate strategic, cost-related abatement decisions.
For a national ministry of energy: The client was in need of solid information on which to base policies for a successful energy transition. Enerdata leveraged the expertise of its local experts and the MedPro model in order to build scenarios for forecasting the future energy mix. Following the presentation of the results, the client was able to make key assumptions on which to base and evaluate appropriate policy decisions, which were then made available to the public.