South Africa’s biggest forum. Discuss, discover, and connect with thousands of members.
Looking up then..
Im a little worried. 19 OCTG + Stage 6 + LC 4. What's next? Higher LC?Looking up then..
Stage 7. The rest is at max.Im a little worried. 19 OCTG + Stage 6 + LC 4. What's next? Higher LC?
They'll have to go to higher stages of LS. The solution is to of course recover their generation capacity, but seems that is no longer an option. They're banking on Kusile to add anything meaningful at this stage and that's only due end of the year and more likely next year.Im a little worried. 19 OCTG + Stage 6 + LC 4. What's next? Higher LC?
Technically if they could go to higher stages of LS they would've already, the problem is I think they've started noticing that higher stages of shedding on 20% of the grid isn't actually doing as much as possible anymore, plus times have changed with a lot more people with inverters and batteries.They'll have to go to higher stages of LS. The solution is to of course recover their generation capacity, but seems that is no longer an option. They're banking on Kusile to add anything meaningful at this stage and that's only due end of the year and more likely next year.
The reasons they're avoiding going higher are not technical.Technically if they could go to higher stages of LS they would've already, the problem is I think they've started noticing that higher stages of shedding on 20% of the grid isn't actually doing as much as possible anymore, plus times have changed with a lot more people with inverters and batteries.
I honestly think it is, mainly as how much could you really shed from the smallest users of power? Remember even at night there is still 20GW being used, that isn't citizens or retail shopping centers. Industry is what is holding back load shedding as it still consumes 80% of power, even during load shedding they don't get shed as they have contracts, probably why some areas don't get shed, not because they are near hospitals, but some industry that is contracted to have power.The reasons they're avoiding going higher are not technical.
What are the reasons?The reasons they're avoiding going higher are not technical.
Not according to the below. See how industry is only 56% (2019). Service don't 24hours.I honestly think it is, mainly as how much could you really shed from the smallest users of power? Remember even at night there is still 20GW being used, that isn't citizens or retail shopping centers. Industry is what is holding back load shedding as it still consumes 80% of power, even during load shedding they don't get shed as they have contracts, probably why some areas don't get shed, not because they are near hospitals, but some industry that is contracted to have power.
This is 2019 sadly and before load shedding was this bad, how much of this would be the same now considering residential is shed almost 12 hours a day.Not according to the below. See how industry is only 56% (2019). Service don't 24hours.
![]()
Electricity consumption South Africa by sector 2023| Statista
As of 2023, the industry sector was the leading electricity consumer in South Africa, with up to **** percent of the total consumption.www.statista.com
There have been a lot of units going down in the last few days, as usual they will be recovered. Why is the question, very likely mostly sabotage again. What they're doing about that is the answer, but for now that answer is.... little to nothingIm a little worried. 19 OCTG + Stage 6 + LC 4. What's next? Higher LC?
Technically if they could go to higher stages of LS they would've already, the problem is I think they've started noticing that higher stages of shedding on 20% of the grid isn't actually doing as much as possible anymore, plus times have changed with a lot more people with inverters and batteries.
In reality methinks they'll try going higher anyway even though it's not sensible. And their new schedules will try to disguise that.So what other option is there, really?
33GW is a lot and we're not evening into winter yet.
In reality methinks they'll try going higher anyway even though it's not sensible. And their new schedules will try to disguise that.
Other theories out there say there's no disguise attempt, that they're going to publish info for stages 7 through 10.
Who knows... whatever.
Weirdly we got left alone last night. I guess I should say thanks for your sacrifice.. :-/We were off from 10 last night to 8 this morning.
Little lit ‘twas magical thanks eksukkelsoms, gfy.
33GW is once again that high due to load shift, in reality this would've probably been 30 to 31GW. In a normal 2 hour load shedding session your fridge probably won't need to switch on due to it losing cool air when the power comes back on, your geyser neither, but start pushing that to 4 hours with a 4 hour gap, you've got those coming on now to recover. Plus a lot more people have inverters then before, plus all the little batteries and vampires out there. 2GW could easily be lost due to that.So what other option is there, really?
33GW is a lot and we're not evening into winter yet.