CO2 배출 감축 예측 : 한계저감비용 곡선(MACC)-종합버전

Assess future emission reduction potentials and costs across economic sectors

A unique service for GHG Marginal Abatement Cost Curves

Enerdata uses its 30 years of forecasting expertise and globally recognised POLES Model to create a unique online service offering instant access to long-term Marginal Abatement Cost Curves (MACCs).

MACCs reflect the different levels of emission reductions that can be reached at various carbon price levels at a given year, by country and by sector. All MACCs are derived from comprehensive baseline scenarios, which can be chosen among contrasted variants. Enerdata MACCs are being used around the world by major governmental bodies, energy companies and industries for international climate negotiations.

Why Subscribe?

• Unique insight and comprehensive data from recognised MACCs experts worldwide

• Based on the time-tested and reputable POLES Model

• 24/7 online access

• Unlimited Excel export

• Regular updates

Service Overview

• Long-term Marginal Abatement Cost Curves (MACCs) produced for four base years (2025, 2030, 2035, 2050)

• MACCs generated by the globally recognised POLES Model

• 65+ countries/regions covered

• GHG emissions by sector aggregates: power, industry, transport, residential & services and total overview

• 15 sub-sectors covered: energy, steel, chemistry, industry processes, households, tertiary, etc.

• Output data: projected CO2/non-CO2 reductions according to carbon prices

• Baseline Scenarios relying on selected EnerFuture reference scenarios

• Modelling methodology included

• To go beyond MACCs, drill down to detailed technological options though our AERO optional module

Who Needs MACCs?

MACCs is a very powerful tool used by policy makers, researchers and business analysts to assess climate policies, evaluate their costs and efficiency as well as to simulate carbon markets such as the EU ETS.

• Government Agencies: To shape CO2 mitigation policies and set targets

• Energy Companies: To evaluate future revenues versus carbon constraints

• Industry: To formulate strategies for carbon trading & emission reductions

• Energy Traders: To evaluate CO2 emission credits, prices and volumes

Online Interface

MACCs Sector Options

Enerdata's EnerFuture service generates MACCs using the POLES-Enerdata Model, they are available for four time periods (2025, 2030, 2035 and 2050), 69 countries/regions, 15 sectors and three contrasted baseline scenarios.

Option 1: AGGREGATED Sectors (CO2)

• Energy
• Industry combustion
• Industry processes
• Residential and services
• Transport

Option 2: DETAILED Sub-Sectors (CO2)

• Power generation, other energy Transformation
• Steel, non-metallic minerals, chemistry, other industry
• Households, tertiary, agriculture
• Road, air, other transport

The additional data series for each country/region covers non-CO2 GHGs: CH4, N2O, SF6 , HFCs and PFCs.

Methodology

On a MAC Curve, the X-axis represents the emissions reduction, the Y-axis the associated carbon value; the area under the curve is the resulting total abatement cost.

Need Further Insight? Enerdata GHG Mitigation Toolbox

If you need a more integrated view of future markets, Enerdata offers the GHG Mitigation Toolbox as a consulting service. Using a variety of tools, Enerdata is able to employ its MACCs in order to generate market outlooks for the advanced stages of your organisation's carbon reduction strategy and implementation process.

• EVALUATE model - Economic Valuation for Trading Emissions: Analytical tools allowing simulating countries' pledges for emission reductions. User enters pledges and the tool provides powerful indicators (e.g. reductions, emission intensity, total costs, marginal costs, global emissions, gap to IPCC scenarios, ...)

• CMT model: Carbon Market Tool: Detailed analysis (by country and by sector) of existing and fictive carbon markets worldwide. Provides multiple design options for carbon market configurations and produces the resulting carbon price in each market up to 2050.

• AERO model: Abatement Effort, Reduction Options: Help identifying technological options that will develop under a carbon price (or emissions cap). Used by private companies to highlight market opportunities and by governments to analyse NAMAs and INDCs.