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Climate Finance Accelerator

Connecting efforts to accelerate climate finance in Colombia

What is the Climate Finance Accelerator?

The Climate Finance Accelerator is a platform that connects project proponents and financial sector actors to develop a portfolio of quality, bankable climate projects. This program is designed to strengthen the knowledge and financial capacity of key actors in Colombia to catalyze blended finance mechanisms and attract capital market investments. The Climate finance accelerator contributes to the country’s effort to achieve the Nationally Determined Contribution (NDC) targets.

Timeline

This initiative started with the first Climate Finance Accelerator held in London in 2017 with the participation of Colombia, Mexico and Nigeria, followed by a pilot program that was implemented in the three countries between 2019 and 2020. This pilot, supported by E3 together with PwC London and the Climate Group, generated the basis for the structuring of the permanent program in 8 countries, including Colombia.

2017
First Climate Finance Accelerator held in London in 2017 with the participation of Colombia, Mexico and Nigeria.
2019-2020
Pilot program where 60 project proposals were received and 10 project proponents were acccelerated
2021
Design of the permanent accelerator, establishing a technical secretariat.
January 2021
Started the permanent operation of the accelerator.
May 2022
First cycle of the accelerator's in the country.
2023/2024
Second and third cycles of the accelerator in the country.

January

After three years of activity in Colombia, the Climate Finance Accelerator has achieved:

cohorts
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climate project applications.
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accelerated projects in priority sectors such as energy, transport and Agriculture, forestry and other land use (AFOLU).
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personalized mentorships in financial structuring and project feasibility.
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Bootcamps to connect developers with public and private institutions with the capacity to offer blended finance and financial alternatives.
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projects have reached successful financial close.
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In its first cohort, the Climate Finance Accelerator received a total of 83 projects, distributed in key sectors:
from the AFOLU sector
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from the electricity sector
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additional projects in the transportation, water, construction and other sectors
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Learn more about the projects of the first cohort:

These pioneering projects marked the beginning of a portfolio of projects to mobilize capital for strategic climate solutions in Colombia.

Design, develop and scale electric city buses

Organization: Autobuses AGA de Colombia S.A.S.

Summary: The objective of the project is to build a manufacturing and assembly line for electric buses, based in Duitama, Boyacá, contributing to the transition towards electric mobility in the country. This will be done through the construction of a manufacturing and assembly plant on its own land, which includes, among others, functional prototype manufacturing, a manufacturing warehouse, an assembly warehouse, a bus delivery area, offices and the installation of a solar photovoltaic system to supply energy to the process.

Valle de Nereidas Geothermal Project

Organization: Central Hidroeléctrica de Caldas - CHEC S.A. E.S.P. BIC

 

Summary: A geothermal project in the Nereidas Valley that aims to generate energy through the hot fluids of the earth's crust in the Nevado del Ruiz volcanic massif. The project is the first of its kind in Colombia and is expected to contribute to the production of 540,000 MWh/year through a renewable energy production method.

Cooperation: The right direction for regenerative livestock farming

Organization: Cooperativa Colanta

Summary: This is a comprehensive program that links the milk and meat value chains, promoting the sustainable development of livestock farming through the implementation of best practice instruments that lead to achieving a balance between economic growth, environmental sustainability and social responsibility in 7 departments of the Andean and Caribbean region, promoting regenerative cattle ranching.

Physicochemical formulation, manufacture and proof of concept of alternative fuels derived from non-usable waste (CDR)...

Project name: Physicochemical formulation, manufacture and proof of concept of alternative fuels derived from non-usable waste (CDR) in the district of Cartagena de Indias as an environmental mechanism for the reduction of greenhouse gases GHG and contribution to the NDC of Colombia, from the cement industry.

Organization: Geofuturo S.A.S.

Summary: The project seeks to develop an alternative fuel material, formulated from non-usable solid waste, as well as analytical and operational management tools for pre-industrial tests applied to cement and related industries, intensive in fossil energy demand, which allow the reduction of GHG in the district of Cartagena de Indias as a contribution to the NDC of the country.

Solar Electrification of the Orinoco Region

Organization: Soluna Energia S.A.S. E.S.P.

Summary: The project seeks to install single-family solar systems in 3,000 homes in the Colombian Orinoco region to guarantee access to quality energy service 24/7 at an affordable cost. The project also includes the management, operation, and maintenance of the systems to ensure their long-term sustainability.

1,000 Housing Solutions (Integral and Sustainable Habitats)...

Project name: 1,000 Housing Solutions (Integral and Sustainable Habitats) - Southwest Antioquia - Colombia, 2022-2025. SYMA. Company “BIC”.

Organization: SYMA Consultores y Constructores S.A.S. BIC

Summary: The project seeks the construction of 1,000 integral habitat solutions with sustainability criteria in Southwest Antioquia, aligned with the needs set out in public housing policy and the 2030 Agenda. These solutions will generate economic, social and environmental benefits and impacts and in turn will reduce 50% of the housing deficit in the region.

Mini solar farms for distributed generation in Colombia.

Organization: Unergy S.A.S.

Summary: This project aims to install 16 mini solar farms with a capacity of 1 MW each in different rural populations of the country. The mini solar farms will operate as distributed generators connected to the national interconnection system and will sell the energy generated to the local grid.

Con el apoyo de: