Rio Capital Energy Program

Rio De Janeiro, Brazil

To mobilize support for and commission projects ensuring sustainable development in the energy sector.

Established by a decree signed by State governor Sergio Cabral in September 2011, the Rio Capital Energy Program is intended to mobilize government, business and community support to channel resources to upscale sustainable development in the energy industry. The decree assigns the State Ministry for Economic Development, Energy, Industry and Services (SEDEIS) the political and organizational responsibility for tackling energy and climate-related challenges. Its declared goal is for Rio de Janeiro to assume a leading role in the field of energy efficiency and renewable energies by presenting state of the art energy efficiency solutions, attracting resources for research and development of technological innovation and for green energy promotion.

Originally published by the International Community of Practice for Sustainable Urban Development CONNECTIVE CITIES: http://www.connective-cities.net/en/connect/good-practices/rio-capital-da-energia/ 


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City information
City
Rio De Janeiro

Size and population development
2011: 11,960,000; 1990: 9,595,000: 2025: 13,621,000; 2010-2015: +0,85% / year

Population composition
ethnic diversity with many different communities ; 25% of the population is aged under 18

Main functions
second industrial, service and financial centre in the country after Sao Paulo. tourism hub

Main industries / business
trade, tourism, services, industries (chemicals, pharmaceutics, petroleum products, metal products, textiles)

Political structure
Prefect who has municipal executive power and is directly elected by a two-round majority system and the Rio de Janeiro Municipal Chamber which has legislative power

Administrative structure
1 Municipality (Prefeitura), 19 Sub-prefectures (subprefeituras), 34 Administrative Regions

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Background and objectives

Rio de Janerio is currently responsible for 80% of national petroleum production, 42% of natural gas, the largest concentration of gas thermal plants, a series of new energy generation and technical innovation projects, the only nuclear plants in Brazil and houses offices for all major energy companies.

Although CO2 emissions from Brazil’s energy system are comparatively low, insufficient security of supply is harmful to the growth of the Brazilian economy. Therefore, the challenge is to achieve a cost-effective increase in security of supply without causing higher emission levels. Here, modern energy efficiency technologies and the use of renewables can make a significant contribution.

The objective of the program is to commission projects in: 

  • energy efficiency
  • technological innovation
  • low-carbon economy
  • mass application of the concepts

The objective is for each of these areas to be replicated in four strategic sectors:

  • Transportation
  • Industry
  • Construction
  • Commerce
Implementation

The lead agency is Rio de Janeiro State Ministry for Economic Development, Energy, Industry and Services (SEDIS), which partnered with leading companies, professional associations and community organizations related to the energy sector. The project is commissioned by the German Federal Ministry for Economic cooperation and Development (BMZ).

Coordination of Rio Capital Energy program is managed by a strategic committee, chaired by the Governor of Rio de Janeiro with the participation of presidents of institutions and organizations with established headquarters in the State. Its purpose is to advise the State Ministry for Economic Development, Energy, Industry and Service on the strategic alignment and steering of the program.

To directly coordinate the projects, technicians of each company or association are assigned the task of detailing the project, defining resources and monitor the implementation.

To support project implementation, capacity development is being carried out with a view to enhancing operational and management skills. Project officers and staff receive application-oriented advice and training at the operational level on topics related to renewables and energy efficiency for demonstration projects. Experience gained in pilot projects is systematically recorded, evaluated and made available for developing relevant urban sub-markets.

Financing and resources

The program is funded by Rio de Janeiro State Ministry for Economic Development, Energy, Industry and Services (SEDIS) with additional financial contributions from other pubic agencies and the business sector. The overall project cost amounts R$ 2,2billion (US$ 0.6billion).

Results and impacts

The program now has a substantial role within the state government as the initiator of activities in the field of renewables and energy efficiency. For instance, the State Ministry for Social Housing has initiated the process for introducing energy efficiency indicators into new buildings. Similarly, the State Ministry of Planning is now implementing an action plan for increasing energy efficiency in public buildings.

Development partnerships with the private sector, public institutions and universities have been established to run pilot projects including:

  • A photovoltaic system has been installed at Rio de Janeiro’s vocational education centre, Centro Federal de Educação Tecnológica, and is to be used for training purposes. Integrating a corresponding component into training courses of the centre is set to reduce the shortage of skilled workers in the field of photovoltaics.

  • Support was provided to the Fundo Verde (Green Fund) to carry out two photovoltaic projects at the Rio de Janeiro State University campus, including what is currently the largest free standing system in Rio de Janeiro. Annually, EUR 2.5 million is invested through the Fund in projects to test and introduce sustainable energy production and mobility technologies at the University.

  • Following the implementation of energy efficiency measures, the planetarium is the city’s first building to be granted an energy efficiency certificate. A building-integrated photovoltaic system is also being installed at the planetarium, which welcomes a large number of visitors annually.
Barriers and challenges

Many projects have initially tended to be of an academic nature. Moving forward, greater focus is therefore to be placed on promoting projects with practical relevance to the development of competitive markets in renewable energies and energy efficiency. 

Lessons learned and transferability

The participation of stake holders from diverse background (public, private, academic, community-led) in the program strategy has improved cooperation among institutions at state and municipal level. 

The pursuit of a low-carbon economy is a benefit to society and ensures a sustainable future for the city. Investing in efficient energy consumption and renewable and clean energy initiatives helps reduce greenhouse gas emissions (GHG) that occur in other types of energy generation and transport.

References

RIO CAPITAL DE ENERGIA - Rio de Janeiro as a reference centre for renewable energy, http://www.connective-cities.net/connect/gute-praktiken/rio-capital-da-energia/, (accessed December 8, 2016).


External links / documents