The City of Cape Town, which has been pushing for the right of municipalities to procure electricity directly from independent power producers (IPPs) for several years, is currently compiling what it describes as a “mini” integrated resource plan (IRP) to guide its future procurement decisions and actions. Energy and climate change executive director Kadri Nassiep reports that the city has contracted the Council of Scientific and Industrial Research to develop the mini IRP, which he says should be completed within six to eight months.
The local wind energy industry is “eagerly anticipating a growth phase”, as the approved Integrated Resource Plan (IRP) 2019 allocates 14.4 GW of wind power that needs to be added to the local energy mix from 2022. “This requires government to move swiftly in announcing the next round of procurement to create investor confidence in the wind energy industry, as well as address the current energy crisis in the country,” says South African Wind Energy Association (SAWEA) CEO Ntombifuthi Ntuli.
Using microgrids offers an ideal platform for renewable-energy sources, such as wind energy, to be used more extensively, says turnkey energy project solutions provider SEM Solutions national sales manager Tiaan Hendriks. Renewable-energy sources, such as wind and solar photovoltaic (PV) energy, cannot be solely relied on for constant energy supply, as such an exclusive reliance on renewable-energy sources can result in intermittent energy supply, he adds.
With wind energy set to contribute more to the national energy grid in the future, owing to the Integrated Resource Plan (IRP) 2019, wake loss will become more of a challenge as the wind energy sector grows, says local wind energy company Aurora Wind Power CEO Mmoledi Chisalokile. “The IRP 2019 states that, by 2030, wind energy will represent 23% of the generation capacity in the country, and 18% of annual energy contribution. I believe this is a step in the right direction to help the country meet its climate change targets, as well as secure electricity generation capacity.”
As engineering solutions provider Zest WEG’s holding company, Brazil-based WEG, is already well-established in the wind energy sector in South America, Zest WEG is developing its own momentum in this segment locally. According to Zest WEG integrated solutions executive Alastair Gerrard, the role of WEG in wind energy has grown well beyond supplying generators to other original-equipment manufacturers (OEMs). Having developed its own direct drive, gearless wind turbine with a technology partner, and then acquiring that business in 2016, WEG is now a “turbine OEM with ambition”.
Owing to the impact of the Covid-19 pandemic and physical distancing regulations, the tenth yearly Windaba Conference and Exhibition will be hosted as a virtual event on October 26 and 27. The Windaba event brings together exhibitors, industry pioneers and leaders, investors, and power producers.
The failure of the R536-million DCD Wind Towers facility, established in the Coega Special Economic Zone in 2013, has become the poster child for the damage inflicted when South Africa’s political infighting and intrigue gives way to policy uncertainty and stalled implementation. The investment made sense on several levels: it was aligned  with the global energy transition; it created 140 manufacturing jobs in an economy desperate to re-industrialise; it was established to produce a key component for a sector whose growth was underpinned by the country’s official electricity policy; it served a market growing in confidence in light of the international acclaim being showered on the procurement model facilitating its expansion; the activity was supported by an industrial policy that sought to unlock green manufacturing; and it had the financial backing of the State-owned Industrial Development Corporation and the province-owned Coega Development Corporation.
Air compressor, pumps and generator rental supplier Rand-Air has supplied a new wind farm project, in the Eastern Cape, with energy solutions for on-site offices. The supplier provided 12 QLV model lighting towers, and four 60 kVA generators with distribution boards.
Energy project solutions provider UL has released a beta version of its Wind Resource Assessment Platform (WRAP) software, after the company began development on the wind energy yield assessment software last year. Released to market in June this year, UL renewable energy VP Michael Brower says WRAP ensures that the company is ideally equipped to support the local growing wind energy industry.
As more wind energy farms are constructed and contribute to employment, demand for the training and retraining of people to work on wind turbines will increase, which has consequently resulted in wind turbines safety training provider AID Renewables’ investing in improving its training processes and training-related infrastructure. The local wind-energy industry is expected to grow, as the Integrated Resources Plan (IRP) 2019 has allocated an increased wind-energy contribution to the energy grid in the coming years.