Update
No load shedding is anticipated for the week, but in case the situation should call for load shedding (which Eskom does not anticipate), the following guidelines for load shedding schedules will be applicable :
Southern Region - Green Scenario Orange Scenario Red Scenario
Eastern Region - All Scenarios
Northern Region - All Scenarios
Western Region (Western Cape) - Green Scenario Orange Scenario Red Scenario
Central Region - Load Shedding
North West Region - Green Scenario Orange Scenario Red Scenario
All the details on the Load Shedding are available from
http://loadshedding.eskom.co.za/
What is load shedding?
Load shedding is a controlled way of rotating the available capacity between all customers. It is being done when the demand is greater than what can be supplied with the objective of avoiding total blackouts throughout the province.
Load shedding occurs when there is a generation shortage, transmission constraints or localised capacity constraints.
Stakeholder engagement and Customer liaison is an important part of the load shedding principles.
Scenarios
The planning for the coming winter has been done based on four different scenarios depending on the electricity network status. These four scenarios result in four different schedules for each scenario.
Green
We would operate in the GREEN scenario when the network status is as follows:
• One Koeberg Unit
• Two Palmiet Units
• Transmission system intact (400kV lines and equipment)
Up to 9% of the peak load will need to be shed.
Orange
We would move into the ORANGE scenario in the case where we lose the operating Unit at Koeberg Power Station. This scenario will be based on the following:
• No Koeberg Unit
• Two Palmiet Units
• Transmission system intact
Up to 20% of the peak load will need to be shed.
Red
We would move into the RED scenario in the case of contingencies on the Transmission network. This scenario will be based on the following:
• One Koeberg unit
• Two Palmiet units
• Contingency on the Transmission system
Up to 30% of the peak load will need to be shed.
Brown
We would move into the BROWN scenario in the case of having no generation capacity in the region and contingencies on the Transmission network. This scenario will be based on the following:
• No Koeberg unit
• No Palmiet units
• Transmissions system contingency
Up to 56% of the peak load will need to be shed.
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