Search Climate Insights Directory

The 2025 Market Intelligence Report for the Western Cape identifies significant growth potential in embedded solar PV (R20bn potential), large-scale renewables (R63bn potential), and BTM lithium-ion storage (R2.3bn by 2030). While the market is bolstered by falling technology costs and a shift toward energy liberalisation (including wheeling pilots in Cape Town and George), it faces critical barriers in the form of grid congestion and policy uncertainty. A key potential unlock is Eskom's curtailment proposal, which could release 2 680 MW of grid capacity in the province.

This fact sheet by GreenCape analyzes the impact of water scarcity on the Swartland Municipality (SM), highlighting that high urban growth and irrigated agriculture could lead to severe economic losses and job deficits by 2040.

This case study examines the legal dispute in Swartland Municipality v Louw No & Others 2010 (5) SA 314 (WCC), where the court determined that the Land Use Planning Ordinance 15 of 1985 (LUPO) remains applicable to mining activities and is not superseded by the Mineral and Petroleum Resources Development Act 28 of 2002 (MPRDA).

GreenCape has issued RFP SIDAFF 01/2025 to appoint a Professional Service Provider for the project preparation of two water infrastructure projects in the Swartland Municipality. Project A involves upgrading the Swartland Water Treatment Works from 29Ml/d to 40Ml/d (est. R305 million), and Project B involves upgrading the bulk pipeline between Malmesbury and Darling (est. R200 million). The preparation must follow ECSA guidelines and IFC/World Bank environmental and social standards, focusing on technical feasibility, financial bankability, and climate resilience. The procurement is phased, with initial stages fixed-fee and later stages based on confirmed project costs.

This case study examines the Darling Green Solar Project in Swartland Municipality, demonstrating how short-term power purchase agreements (PPAs) and the Municipal Finance Management Act (MFMA) can be used to integrate renewable energy into municipal grids while maintaining financial flexibility.