What is Cape Town's Loadshedding about?

May 17, 2025

Cape Town • Practical Guide • Electricity & Outages

✅ National status: Not load-shedding (check live)

Load-shedding in Cape Town (2026): what’s the situation and how to plan

Load-shedding can swing from “nothing for months” to “surprise stages” fast. This guide gives you the up-to-date basics, how Cape Town’s schedule works, and the practical moves locals use to keep life running (without turning your home into a diesel depot).

Updated 25 Jan 2026 • Reading time: ~10–14 minutes

Right now: Eskom status page shows NOT LOAD SHEDDING Cape Town slots: outages are generally ~2.5 hours when scheduled City vs Eskom: your area may follow a different table Road rule: dead robots = 4-way stop

What’s the status right now?

At the time of this update (25 Jan 2026), Eskom’s official status page shows: “We are currently NOT LOAD SHEDDING.” That’s the big headline—but keep in mind: this status can change quickly during high demand, extreme weather, or unexpected breakdowns.

✅ Live national status

Always confirm the current stage on Eskom’s status page (it’s the fastest “single source of truth” for the national call).

Open Eskom load-shedding status

📌 Latest published outlook (context)

Eskom’s Summer Outlook (1 Sep 2025 → 31 Mar 2026) forecast no load-shedding, supported by fleet performance improvements. Forecasts aren’t guarantees—but they’re useful context.

Read Eskom’s Summer Outlook statement

Reality check: even when national load-shedding is suspended, you can still get local outages (faults, maintenance, storms). If your power is off outside a scheduled slot, treat it as a fault and report it.

Stages explained

“Stages” are simply how much demand Eskom needs to cut from the grid to keep the system stable. Higher stage = more electricity shed = more (and/or more frequent) outages. Your actual time off depends on your local schedule and whether you’re City-supplied or Eskom-supplied.

📱 On a phone: rotate to landscape to see the full table without cropping.

Stage	What it usually feels like	Practical impact
Stage 1–2	Occasional planned cuts (often during peak hours).	Plan meals + charging; basic backup keeps you comfortable.
Stage 3–4	More frequent cuts; routines get disrupted.	Wi-Fi + lights backup becomes “quality of life,” not luxury.
Stage 5–6	Heavy disruption; traffic lights + security systems matter more.	Inverter/solar + good planning makes a big difference.
Stage 7–8	Serious system stress; schedules can be tight and intense.	Business continuity mode: power planning becomes daily ops.

Cape Town schedules: City vs Eskom areas

Cape Town is a mix of City-supplied and Eskom-supplied areas. That matters because you may need a different schedule table. The City also publishes guidance and an all-areas map.

🏙️ City of Cape Town schedule

The City’s page explains stages, how to check your area, and notes that outages generally last about 2.5 hours.

Open City load-shedding page

⚡ Eskom schedule (for Eskom-supplied zones)

If your area is Eskom-supplied, your slot list may differ—use the Eskom schedules tool and select your area name.

Open Eskom schedules

Can Cape Town “shield” customers?

The City has historically used its Steenbras Pumped Storage Plant and other interventions to protect City-supplied customers from one stage of load-shedding where feasible. It’s not a promise for every event—high stages and technical constraints can limit protection.

Read the City’s Steenbras explainer (PDF)

Daily life: restaurants, hotels, and planning your day

In Cape Town, most major hotels, malls, and many popular restaurants run some form of backup power (generator and/or inverter). That means dinner plans often survive—just expect occasional menu changes, slower service, or earlier kitchen cut-offs.

🍽️ Eating out

When load-shedding is active, aim for venues that mention backup power, and consider booking earlier during evening peak windows. Keep a small torch handy—parking areas can get dark.

🏡 Working from home

The “essentials stack” is: router/ONT backup + one light + laptop power bank. If you take lots of video calls, add a small inverter/UPS.

💳 Cash & fuel

ATMs and petrol pumps can be affected. Keep some cash and don’t run your tank to fumes right before peak periods.

Traffic robots & safety

When the robots go out, intersections can turn chaotic fast. The safest rule is also the simplest: treat any non-functioning traffic light as a 4-way stop. Full stop, take turns, and be patient.

Quick road checklist: lights on (even daytime if visibility is poor), slow down, expect pedestrians to be less visible, and don’t assume the driver behind you knows the rules.

Read: Arrive Alive — load-shedding & road safety

Backup power options

You don’t need to go full “off-grid bunker.” Most people build up in steps. Start cheap, solve the most annoying problems first (Wi-Fi + light), then scale if you need more comfort.

Step 1: No-brainer basics

Rechargeable light (LED lantern) + a torch near the door/bed
Power banks for phones
Gas stove / camping stove (used safely + ventilated)

Step 2: Stay online

Router/ONT mini-UPS (keeps internet up during a slot)
Laptop power (charged laptop + USB-C power bank if compatible)

Step 3: Comfort upgrade

Inverter + battery to run lights, Wi-Fi, TV, and some plugs
Helps avoid “everything dies at once” syndrome

Step 4: The long game

Solar + inverter + battery (power by day, battery at night)
Great for resilience; biggest upfront cost

Pro tip: If you can only fix one thing, fix your internet + lights. It makes everything else feel manageable.

Solar + the bigger trend (quick stats)

One reason load-shedding intensity has been lower in 2025 than in 2024 is the combined effect of improved fleet performance and changing demand patterns—including more private/embedded generation and demand reduction.

Load-shedding energy shed (H1)

Electricity shed off the grid CSIR: Jan–Jun 2025 vs Jan–Jun 2024

H1 2024

4,126 GWh

H1 2025

749 GWh

That’s roughly an 82% reduction in H1 load-shedding energy (CSIR summary). Source

Reliability trend snapshot

Energy Availability Factor (EAF) Eskom: December year-on-year

Dec 2024

56.57%

Dec 2025

69.14%

Eskom cited year-on-year EAF improvement and lower unplanned outages as part of ongoing stability messaging. Source

Quick tips (summary table)

📱 On a phone: rotate to landscape to see the full table without cropping.

Quick tip	What to do
Check schedules	Confirm the current stage + your area schedule (City page or Eskom schedules tool).
Keep essentials running	Start with a router mini-UPS + lights. Add an inverter if you need more comfort or WFH reliability.
Eat out smart	Choose venues with backup power and consider earlier bookings during evening peak windows.
Drive safely	Dead robot = 4-way stop. Full stop, take turns, don’t rush the intersection.
Prep basics	Charge devices early; keep some cash; don’t leave fuel to the last minute.
If power stays off	If you’re off longer than your slot, treat it as a fault and report it (City outage guidance).

Official links & sources

Eskom live status & schedules: loadshedding.eskom.co.za
City of Cape Town load-shedding page (stages, schedules, outage tips): capetown.gov.za/loadshedding
Eskom Summer Outlook statement (Sep 2025 → Mar 2026 forecast): Eskom media statement
Eskom performance update (Jan 2026, EAF snapshot): Eskom media statement
CSIR H1 2025 power statistics summary (load-shedding down 82%): csir.co.za media room
Road safety guidance: Arrive Alive — load-shedding & road safety
Steenbras explainer (City PDF): resource.capetown.gov.za (PDF)

What is Cape Town's Loadshedding about?

Load-shedding in Cape Town (2026): what’s the situation and how to plan