The South African small-scale embedded generation market is entering an exponential implementation phase. Soon after 2010, the uptake of private solar photovoltaic (PV) systems began to increase. This resulted in the creation of more than 215 companies that provide either a product, a service, or both in South Africa.
This new sector begged the option of returning generated power back into the grid, which itself was hindered by a lack of policy. The City of Cape Town has led the creation of a policy, which is spreading to other municipalities. Over time, the volume of private power generation will begin to affect revenue of the state-owned power utility, Eskom.
A disruptive technology is one that significantly alters a market by suddenly capturing share and forcing competitors to alter their business models or risk becoming irrelevant. This report highlights the market in 2016 and unpacks how the utility’s revenue business models are being disrupted. It further highlights the current and future states of the power sector in South Africa.
The study’s objectives are:
To highlight current power generation capacity and future independent power producer (IPP) programmes
To highlight what it means for solar PV to be a disruptive technology for a utility, and to consider current legislation and policy structures in South Africa that allow small-scale embedded generation
To size the market in South Africa by considering the competitive landscape, the total capacity rolled out thus far, and the solar PV value chain
To unpack the opportunities that exist in various links of the solar PV value chain: technology suppliers, energy developers, engineering, procurements and construction management companies (EPCs) and operations and maintenance (O&M) companies
Primary research was conducted in the form of phone interviews with companies that are closely involved in the South African PV market, including small-scale PV embedded generation, and by compiling research from energy conferences. A base year of 2015 was chosen; this is the most recent year in which a full set of data was available. Companies consulted included Power Quality & Renewable Services, which generates an up-to-date database of the South African PV market.
Information on legislation for off-grid solutions was obtained directly from government sources. The research focuses on the opportunities being created in South Africa as power sourcing evolves from a centralised to a decentralised model. The study considers off-grid solutions, including solar rooftop PV, that are privately producing power and that are selling back into the network.
- Analysis Motivation and Objectives
- Research Scope
- Research Methodology
- South Africa - Economic Analysis
- South Africa - Economic Growth
- South Africa - Power Sector Analysis
- History of the IPP Procurement Programme
- Future IPP Programmes - Coal
- Future IPP Programmes - Gas to Power
- Future IPP Programmes - Nuclear Build
- Future IPP Programmes - Cogeneration
- Future IPP Programmes - Renewable Energy
- Disruptive Technologies - Introduction
- Disruptive Technologies
- Energy Storage - Benefits in the Power Value Chain
- Utilities - Changing Power Grid
- Changing Role of Utilities
- Changing Utility Business Models
- Case Study - CoCT
- PV Market Size
- PV Market Participants
- PV Market Participants - Top 20 by Capacity
- Sunworx Solar - Top Company by Capacity
- Solar PV Value Chain
- SSEG Guidelines
- SSEG Restrictions
- Residential SSEG Guidelines
- Commercial and Industrial SSEG Guidelines
- Conclusions and Strategic Recommendations - Customer Focused
- Conclusions and Strategic Recommendations - Utility Focused
- Legal Disclaimer