In the second phase of the initiative, a distinctive approach was adopted, shaped largely by the insights and feedback garnered from the first phase. This phase was organized around a three-stage training plan, each stage designed to progressively develop and refine the energy modelling capabilities of the participating countries. The methodology was tailored to empower these countries in building national energy models that would resonate with their specific energy strategies and policy needs.
The first stage of this phase involved comprehensive demand-side data mapping. This stage was initiated through a series of webinars directed at national officials from the participating countries. These sessions delved into the fundamental principles of demand-side data, assisting the administrations in identifying critical data gaps and setting priorities for data collection and analysis. Following these webinars, the officials embarked on the task of collecting and developing the necessary model inputs, laying the groundwork for the subsequent stages.
In the scope of data enhancement activities, the IEA collaborated with 3 Nigerian public institutions (Federal Ministry of Power as beneficiary, Energy Commission of Nigeria as technical partner, and National Bureau of Statistics as the implementer) by providing technical support to develop a residential energy demand-side survey for all fuels across all geopolitical zones of Nigeria. The survey also includes questions on energy access, lighting and cooking equipment, as well as residential appliances and aims to accelerate Nigeria’s efforts to achieve SDG 7 as well as other climate and energy policy goals. The survey work was launched at a high-level event, co-organized by the IEA with the participation of the Nigerian Minister of Power.
The final stage of Phase II saw participants engage in an intensive training regimen, encompassing both online and in-person components. The training was designed to be hands-on and practical, focusing on key areas such as energy balances, demand-side projections, scenario-based modelling, and flexibility in energy systems. Select participants from each country, identified for their potential and expertise, were offered a three-week training course. This course included a blend of online learning and in-person training sessions, held in diverse locations to provide a rich, contextual learning experience. The comprehensive nature of this training was aimed at equipping the participants with the skills and knowledge necessary to calibrate and refine their national energy models effectively.