Continued loadshedding suspension marked by 100 days of constant power supply – Winter Outlook remains in force - Eskom (2024)

Friday, 5 July 2024: Eskom continues to uphold the ongoing suspension of loadshedding, marking 100 consecutive days since 26 March 2024. This sustained period of stability is a testament to the dedicated efforts of Eskom’s 40 000 employees in implementing the Generation Recovery plan, which began in March 2023. This plan has significantly improved the reliability, efficiency, and availability of our coal generation fleet, benefiting the entire nation.
The last time we experienced such a prolonged suspension was nearly four years ago, between 08 September 2020 and 11 December 2020.

Our operational efficiency continues to surpass expectations, with current unplanned outages averaging at 12 500MW since the start of FY25, and today’s figure recorded at 11 271MW, significantly lower than the winter forecast.

The reduction in unplanned outages has significantly improved the available capacity to 32 816MW. The last time we achieved this level of availability was on 06 August 2021.

The winter forecast, published on 26 April 2024, anticipated a likely scenario of unplanned outages at 15 500MW and load shedding limited to Stage 2 – this remains in force.

Key Performance Highlights:

Reduction in unplanned outages

• The Unplanned Capacity Loss Factor (UCLF) has seen a decrease to 27.1% for the financial year to date (1 April 2024 to 4 July 2024), improving from 34.9% in the corresponding period last year.
• This reduction in UCLF represents a 7.8.0% improvement in the current financial year (1 April 2024 to 4 July 2024) as compared to the previous year in the same period.

Planned Maintenance

The ongoing planned maintenance of 4 270MW aligns with our winter maintenance strategy, bolstered by short-term maintenance to ensure continuous plant reliability.

Sustained Energy Availability Factor (EAF) improvement

• The year-to-date (1 April 2024 to 4 July 2024) EAF increased to 61.5%. This is a significant 6.94% improvement compared to the same period last year (1 April 2023 to 4 July 2023), where the EAF was 54.56%.
• The weekly EAF has moved from 57.0% at the beginning of the financial year to 65.7% from 1 July to 4 July 2024 an improvement of 8.7%.
• The EAF improvement is primarily due to a drop in the unplanned outages of the generation units which averaged at 12 180MW during the past 7 days.

Continued strategic utilisation of Open-Cycle Gas Turbines:

Our strategic use of peaking stations to effectively manage electricity demand during peak times that includes pumped storage and the Open-Cycle Gas Turbines (OCGTs), has been key in meeting the heightened winter demand, particularly during evening peaks (from 17:00 to 22:00).

• Our diesel consumption remains under the projected figures for this winter and is considerably lower than the previous year’s usage.
• OCGT usage has remained significantly lower than in the past two years. From 1 April 2024 to 4 July 2024.
• Eskom’s expenditure between 1 April and 4 July on OCGTs was R3.24 billion, generating 471.18GWh approximately 67% (~R6.7billion) less than the R9.96 billion spent last year over the same period for 1 647.87GWh.
• The OCGT load factor for 1 April to 4 July 2024 continued to be much less at 6.30% compared to last year’s figure of 21.29% over the same period.
• The OCGT load factor for 1 July to 4 July 2024 was 6.05%, which is lower when compared to last year’s figure of 21.17% over the same period.
• Eskom’s diesel usage remains below its published winter forecast and year-to-date budget.

A total of about 2 770MW of generating capacity is scheduled to return back to service by Monday, 8 July 2024.

Eskom’s projected evening peak demand for today, Friday, 5 July 2024, is 28 842MW.

Save your transformer and save lives campaign

With the temperatures dropping and the consequent increase in electricity demand, Eskom is facing the recurring challenge of network overloading in certain regions. This issue is largely attributed to illegal connections, vandalism, meter tampering, unauthorized network operations, theft of network equipment, and the purchase of electricity from unlicensed vendors/sellers.

To avert potential dangers to public safety and the risk of network overloading which could lead to load reduction measures at any instance and extended unplanned power outages, Eskom strongly encourages customers to moderate their electricity usage during the suspension of load shedding. It is also imperative that customers ensure their electrical connections are lawful and that they procure electricity solely from authorized vendors.

Eskom implores the public to play an active role in safeguarding the integrity of the power network by reporting any illegal activities to the Eskom Crime Line at 0800 112 722 or via WhatsApp at 081 333 3323.

We will provide an update next Friday, 12 July 2024, or promptly communicate any significant changes as soon as they occur.

A news release issued today provides more details on the 100 days of loadshedding suspended milestone.
https://www.eskom.co.za/eskom-reaches-100-days-without-loadshedding-signalling-marked-improvement-in-generation-and-financial-performance/

ENDS

Continued loadshedding suspension marked by 100 days of constant power supply – Winter Outlook remains in force - Eskom (2024)

FAQs

What is load shedding in South Africa? ›

Eskom has a short-term power supply shortage, while at the same time there is a higher-than-expected demand. From time to time this may result in power outages – what is called load shedding – for short periods across the country.

Why is there constant load shedding? ›

At all times there must be sufficient supply to meet demand, however electricity demand is not constant because of: peak periods when demand is higher. and continuous growth in the number of customers requiring electricity services.

What is the problem of loadshedding? ›

Many factories need a continuous supply of electricity to operate, and when they are forced to shut down, it affects the production of goods. This has resulted in a decrease in exports and a decrease in foreign investment. Load shedding has also affected the tourism industry.

What is the difference between load reduction and loadshedding? ›

Loadshedding: Implemented in stages based on the severity of the electricity shortage. Load Reduction: Implemented in specific areas as needed, based on the level of illegal activity and infrastructure strain.

Why is South Africa the only country with load shedding? ›

Loadshedding. In South Africa, loadshedding has been a recurring problem for many years, and one of its main causes is the country's heavy reliance on coal-fired power plants.

How long does loadshedding last in South Africa? ›

Outages generally last for about 2,5 hours.

What are 3 causes of load shedding? ›

Several factors can lead to load shedding, including extreme weather, sharply increased electric demand, unplanned generation plant outages, transmission constraints, unexpected damage to equipment, unavailability of purchased power or a combination of these situations.

How does load shedding affect us? ›

Extended periods of load shedding can exacerbate existing mental health issues and potentially give rise to new ones. The lack of reliable power can disrupt routines and create a pervasive sense of instability, contributing to conditions like depression and anxiety.

What is the best solution for load shedding in South Africa? ›

Load Shedding Backup Power

Built with an integrated inverter, solar generators are an efficient and reliable load-shedding home solution that harnesses solar energy for power during an outage. We offer energy solutions tailored to various load-shedding stages, ensuring a constant electricity supply to your home.

Is there load shedding in the USA? ›

It is important to note that load shedding is a rare event in the US. However, the load shedding events in 2021, 2022, and 2023 are a reminder that the US power grid is not invulnerable to extreme weather events and other disruptions.

What is the real reason behind load shedding? ›

Load shedding is only applied when the system has insufficient capacity to fulfil all energy demands and is undertaken to optimally manage the energy that is still available in order to maintain system stability.

What is the disadvantage of load shedding? ›

The impact of load shedding on households

It stops crucial services like cooking and lighting. This makes energy costs higher for homes. The cost hits low-income families hard. They might not afford other ways to get power or the higher bills.

What should I turn off during load shedding? ›

The easiest way to ensure everything is off in your home, is to turn the main switch at your DB board off. This way, you are able to switch off everything that is in any plug throughout the house – this protects your fridge, TV, and any other big appliance that would break due to the power surges.

What is the difference between power outage and load shedding? ›

A blackout or power failure is a total loss of power in an area due to damage to the grid. Depending on the extent of the damage, these unscheduled outages could last for any length of time. Load shedding is the last resort measure to avoid blackouts.

What is the alternative power for loadshedding? ›

A UPS system or Uninterruptible Power Supply system is a device that provides a battery-powered back up when loadshedding occurs or when the power drops to an unacceptable low voltage level. Depending on the size, a UPS system can power a computer for a couple of minutes and larger systems for even several hours.

How do people survive load shedding in South Africa? ›

Top tip: freeze some water in empty cooldrink bottles and put them in your fridge when the power goes out. This will keep your fridge cooler for longer. Keep a charger in your car. It means that, even during an extended loadshedding period, your phone or laptop can have enough battery to keep you online.

What happens in load shedding? ›

When the demand for electricity nears available supply levels, it is sometimes necessary to temporarily interrupt the delivery of electricity to maintain the integrity of the electric grid and to prevent catastrophic grid failures and extended outages for customers. This is called “shedding load.”

What is the current load shedding stage in South Africa? ›

We are currently NOT LOAD SHEDDING.

How can we stop load shedding in South Africa? ›

A massive rollout of renewable energy offers our best chance of ending load shedding as quickly as possible. Eskom is in the process of procuring 400 MW of battery storage through its Battery Energy Storage Systems (BESS) programme, with the first projects reaching completion within the next twelve months.

References

Top Articles
Latest Posts
Article information

Author: Lilliana Bartoletti

Last Updated:

Views: 5251

Rating: 4.2 / 5 (53 voted)

Reviews: 92% of readers found this page helpful

Author information

Name: Lilliana Bartoletti

Birthday: 1999-11-18

Address: 58866 Tricia Spurs, North Melvinberg, HI 91346-3774

Phone: +50616620367928

Job: Real-Estate Liaison

Hobby: Graffiti, Astronomy, Handball, Magic, Origami, Fashion, Foreign language learning

Introduction: My name is Lilliana Bartoletti, I am a adventurous, pleasant, shiny, beautiful, handsome, zealous, tasty person who loves writing and wants to share my knowledge and understanding with you.