An important series of meetings on the Climate Investment Funds
, hosted by the African Development Bank, began June 20 in Cape Town, South Africa. At one of the first events, discussion focused on how individual households, communities, cities, companies, and nations find and use tools to develop low-carbon, pro-growth, gender-sensitive, pro-access energy solutions. A key factor in this process is access to:
- information on technologies and policies
- tools to build integrated plans for the energy sector at small and large-scale.
At a session on lessons drawn from energy efficiency and renewable energy experiences, I promised to share a preliminary list of websites and online tools to assist local groups and communities gain control of the energy planning process. Here it is:
Low-Carbon Energy and Development Planning Tools
World Bank Low Carbon Development Portal
–This comprehensive website provides direct access to a wide range of low-carbon development studies at the community, city, region, national, and global levels, including low-carbon studies (both documents and models) in Brazil and Mexico, rural communities in Nicaragua, as well as Nigeria and Kenya.
HEAT and TRACE
- This portal provides access and documentation for a number of individual models, including:
- HEAT (Hands-on Energy Adaptation Toolkit),
- TRACE (Tool for Rapid Assessment of City Energy)
(Energy Sector Management Assistance Program) -
A general portal for myriad reports and models (including HEAT and TRACE) via the Energy Sector Management Assistance Program at the World Bank Group
Energy (Hybrid Renewable Energy Optimization Tool) -
The HOMER energy modeling software
is a powerful tool for designing and analyzing hybrid power systems, which contain a mix of conventional generators, cogeneration, wind turbines, solar photovoltaics, hydropower, batteries, fuel cells, hydropower, biomass and other inputs. It is used by tens of thousands of people worldwide. For grid-tied or off-grid environments, HOMER helps determine how variable resources such as wind and solar can be integrated optimally into hybrid systems.
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