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Energy System Transformation_ A guide for Power Systems Planners, Operators and Technical Assistance Providers New

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GIZ_ GET.SAGEN_ Energy-System-Transformation-Guide_2022.pdf

Energy System Transformation_ A guide for Power Systems Planners, Operators and Technical Assistance Providers

This report aims to outline a systematic approach to developing a sustainable power sector. As electricity generation represents the largest source of energy-related greenhouse gas emissions, the power sector is of vital significance to realising international climate goals. GIZ presents an analytical framework to guide energy-system planners, operators, and technical assistance providers throughout their collaborative journey of energy-system transformation. The framework describes a path from a fossil-fuelled to a decarbonised energy-system in five phases and suggests technical assistance approaches to discuss and prioritise different measures to support this transition.

 

Author/s:Markus Pöller, M.P.E. GmbH  and GIZ 

Assessing the impact of increasing shares of variable generation on system operations in South Africa (Flexibility Study) Popular

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GIZ_M_P_E_2017_Flexibility_Study_Report.pdf

Assessing the impact of increasing shares of variable generation on system operations in South Africa (Flexibility Study)

This study assesses changing flexibility requirements in the South African power system resulting from increased levels of variable renewable generation (solar PV and wind), with a time horizon until 2030. The expansion (and decommissioning) of both renewable and conventional power plants is modelled from now until 2030 according to the base case of the draft Integrated Resource Plan (IRP), as published in December 2016.


Authors: Markus Pöller, Marko Obert

Analysis of options for the future allocation of PV farms in South Africa Popular

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GIZ_MPE, 2015, Analysis of options for the future allocation of PV farms in South Africa.pdf

Analysis of options for the future allocation of PV farms in South Africa

The aim of the studies presented in this report is to quantify the economic impact of different strategies for the deployment utility scale PV farms in South Africa. These are referred to as ‘allocation strategies’.

Three different allocation strategy scenarios for a total of 8,4GW of utility scale PV farms in South Africa have been considered. These are summarized as follows:

  • Scenario A: As planned” This scenario is according to the existing applications for PV farms where there is a total of, 6,4GW of PV in the ‘Solar Corridor’ (see Figure 2), and 2GW distributed elsewhere in the country.
  • Scenario B: Close to load centers” Here, only 2,6GW of PV is considered in the Solar Corridor, the remaining 5,8GW is distributed across the country.
  • Scenario C: According to REDZs [1]” For this scenario, PV farms have been allocated in the Renewable Energy Development Zones (REDS), as identified by CSIR and DEA within the SEA project [1]. In this scenario, 2,8 GW is considered in the Solar Corridor, and 5,6GW is distributed predominantly in the REDZs.

 

Author: Moeller and Poeller

Capacity credit for Wind generation in South Africa Popular

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GIZ_ DIgSILENT, 2011, Capacity credit of Wind Generation in South Africa. pdf.pdf

Capacity credit for Wind generation in South Africa

 

This report presents the results of simulation studies for assessing the capacity credit of planned wind farms in South Africa. Therefore, three scenarios have been defined and agreed between ESKOM, GIZ and DIgSILENT based on realistic assumptions with regard to wind farm sites, the potential installed wind generation capacity at these sites and the relevant characteristics of the South African power system, such as load and generation characteristics and planned expansions of thermal and hydro power plants, which have been provided by ESKOM.

 

Author: DIgSILENT GmbH and Windlab Developments South Africa Pty Ltd

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