https://telconnectenergy.co.za/

Jean Telconnect Energy, Woodbridge Business Park, Centurion (2026)

13/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #8**

# # 🏭 THE BUSINESS THAT NEVER SLEEPS!

Some businesses close at 5 PM.

This one doesn't even know what 5 PM means. 😂

Welcome to today's case!

# # # 🔎 THE CASE FILE

Our customer runs a business operating **24 hours a day, 7 days a week**.

🏭 Production equipment runs around the clock.

❄️ Refrigeration must stay on.

💡 Lighting is needed day and night.

⚙️ Machinery operates in shifts.

⚡ Interruptions can affect productivity.

💰 Electricity is a major operating expense.

The owner wants solar to reduce grid consumption and improve energy resilience.

But there's a catch…

# # # ☀️ THE SUN DOESN'T WORK NIGHT SHIFTS!

Solar production falls after sunset.

The business, however, keeps running.

So how should we approach this challenge?

# # # 🕵️ WHAT WOULD YOU INVESTIGATE FIRST?

🅰️ **Install as many solar panels as possible.**

Generate as much energy as we can during daylight.

🅱️ **Install a massive battery bank.**

Store enough energy to power the entire business overnight.

🅲️ **Analyse the business's load profile and critical equipment.**

Understand daytime consumption, nighttime demand, peak loads and which equipment cannot stop.

🅳️ **Forget solar. A 24-hour business can't benefit from it.**

The sun goes down, so what's the point?

# # # 🤔 WHAT'S YOUR ANSWER?

Comment **A, B, C or D** below!

Let's see how our Solar Detectives think. 👇

# # # 🔎 TODAY'S CLUE

A business that operates 24/7 doesn't necessarily need to run entirely on batteries at night.

The right approach starts with understanding its energy use.

We need to investigate:

📊 **Daytime versus nighttime consumption**

⚡ **Peak demand and equipment starting loads**

☀️ **Available solar generation**

🔋 **Battery requirements for critical loads**

🏭 **Which processes must run continuously**

💰 **The cost of electricity and the investment**

Depending on the business, solar may help offset daytime consumption while batteries support selected loads or provide backup.

The grid, where available, can also remain part of the energy strategy.

And for some operations, a carefully designed combination of solar, batteries and grid power can make more sense than trying to run everything from batteries.

# # # **THE BIG LESSON?**

Don't size a commercial solar system just by looking at the electricity bill.

**Understand the business first. Design the system second.**

Because a factory, cold-storage facility and office building can have very different energy requirements—even if their bills look similar.

# # # 👇 BUSINESS OWNERS:

If your business could reduce one electricity expense, which would you investigate first?

❄️ Refrigeration
⚙️ Machinery
💡 Lighting
❄️ Air conditioning
💧 Pumps
🤔 Something else?

Tell us in the comments!

Follow **Telconnect Energy** for more Solar Detective cases, practical solar advice and energy solutions for homes and businesses across South Africa. ☀️

12/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #7**

# # 🚜 THE FARM THAT NEEDS TO PUMP WATER!

Today's customer has a problem.

And no… it isn't a tractor

10/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #6**

# # ⚡ THE HOMEOWNER WHO WANTS EVERYTHING RUNNING!

Meet today's customer.

They want solar, battery backup and peace of mind when the grid goes down.

But there's a catch…

**They don't want to switch anything off.** 😂

# # # 🔎 THE CASE FILE

🏠 A large family home

🚿 Two electric geysers

❄️ Two air conditioners

🏊 A swimming pool pump

🍳 An electric stove and oven

🧊 Three fridges and a freezer

💡 Lights, TVs, Wi-Fi and normal household appliances

🔋 The customer wants battery backup during outages.

And their exact words?

> **“I want everything to work exactly as normal!”**

🕵️ Detective… we have a problem.

Because keeping the lights on is one thing.

Running geysers, air conditioners, cooking appliances and pool equipment at the same time is a completely different challenge!

# # # 🤔 WHAT WOULD YOU DO?

🅰️ **Install a bigger inverter.**

More power should solve everything, right?

🅱️ **Install a bigger battery.**

More storage means everything can run longer.

🅲️ **Install more solar panels.**

More sunshine should do the trick.

🅳️ **Investigate the loads and prioritise what needs backup.**

Work out the starting power, running loads, battery requirements and what can be scheduled or switched off.

# # # 🕵️ YOUR MISSION

**Choose A, B, C or D.**

Comment your answer below before checking what everyone else thinks! 👇

# # # 🔎 TODAY'S CLUE

Three different things matter:

⚡ **Inverter capacity:** How much power can run at the same time?

🔋 **Battery capacity:** How much energy is available, and for how long?

☀️ **Solar generation:** How much energy can the panels produce to power loads and recharge the batteries?

A bigger battery cannot fix an undersized inverter.

More panels cannot guarantee enough power at night.

And a large inverter doesn't automatically provide hours of backup.

**The entire system has to work together.**

Sometimes, the smartest solution is to prioritise essential loads and run heavy appliances during the day.

Even the sun has a budget. 😂

# # # ☀️ TOMORROW: CASE #7

**THE FARM THAT NEEDS TO PUMP WATER.**

Borehole pumps, irrigation and a farmhouse create a different solar challenge.

Can you solve the next case?

Follow Telconnect Energy and join us tomorrow!

09/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #5**

# # 🏠 THE ROOF THAT LOOKS BIGGER THAN IT IS!

You stand in the driveway.

You look up.

You see a massive roof.

You think:

**“Easy! We can fit loads of solar panels up there!”** 😎

Then the solar installer arrives…

And suddenly, things get interesting. 😂

# # # 🔎 HERE'S TODAY'S CASE:

Our customer owns a large home with:

🏠 A spacious roof
🚿 Two electric geysers
❄️ Air conditioning
🏊 A swimming pool
⚡ A substantial electricity bill

The customer wants a solar system that can reduce grid consumption and provide backup power.

There's just one problem…

The roof has several sections, a chimney, some shaded areas and different roof orientations.

**Suddenly, not every square metre is useful for solar!** 👀

# # # 🕵️ WHAT WOULD YOU INVESTIGATE FIRST?

🅰️ **The total roof size**

More roof space means more panels, right?

🅱️ **The available usable roof space**

We need to know where panels can actually go.

🅲️ **The customer's electricity bill**

Let's size the system first and worry about the roof later.

🅳️ **All of the above**

Because a good design needs to consider the energy requirements AND the available roof space.

# # # 🤔 WHAT'S YOUR ANSWER?

Comment **A, B, C or D** below!

# # # 🔎 TODAY'S CLUE:

A roof can be large but still have limited usable space because of:

☀️ Roof orientation
🌳 Shading
📐 Roof shape and pitch
🏠 Chimneys, skylights and other obstructions
🔧 Safe installation and access requirements

And there's another important consideration:

**The system must suit the customer's electricity needs, not just the roof.**

A good solar design balances the available space, expected production, inverter specifications, battery requirements and the customer's goals.

Because filling every available centimetre with panels isn't automatically the smartest solution. 😂

# # # ☀️ TOMORROW: CASE #6

**THE HOMEOWNER WHO WANTS EVERYTHING RUNNING DURING AN OUTAGE!**

Aircon, geysers, cooking appliances, lights…

Can one system do it all?

Let's investigate!

Follow our page and join the case tomorrow.

08/10/2026

☀️ **SELF-EMPLOYED? YOUR SOLAR SYSTEM MAY BE CLOSER THAN YOU THINK.**

Paying thousands every month for electricity?

What if you could put that money toward **your own solar system** instead?

🔋 Solar panels
⚡ Hybrid inverter
🔋 Lithium battery storage
🏠 Professional installation
📄 COC included
🛠️ 5-year service level agreement

# # # 💰 WE ALSO OFFER FINANCE

**Self-employed?**
We specifically assist self-employed clients with solar finance applications.

You don't have to wait until you have the full cash amount available.

We can look at your situation and see **what you qualify for.**

👉 **Send us your latest electricity bill.**

We'll help you work out:

✅ What size system you need
✅ Estimated monthly savings
✅ Cash price
✅ Possible monthly repayment
✅ Finance options available

**Stop paying Eskom forever.**
Start investing in your own power.

📲 **Message us now with your electricity bill.**

**Telconnect Energy**
☀️ Power your home. Control your costs.

08/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #4**

# # 🏢 THE BUSINESS THAT WANTS TO KNOW…

# **“HOW MANY PANELS DO WE NEED?”**

# # # FIRST… YESTERDAY'S ANSWER 👀

The business had a **R45,000/month electricity bill**.

What should we investigate first?

# # # 🅲 **THE BUSINESS'S ACTUAL ELECTRICITY USAGE.** ✅

Because here's the thing:

**R45,000 is money.**

It doesn't tell us exactly how many **kWh** they're consuming.

And that matters.

A lot.

---

# 🔎 TODAY'S CASE

Our business owner now gives us more information.

📄 Monthly electricity bill: **± R45,000**

⚡ Average consumption: **±12,000 kWh/month**

🏢 Business operates: **07:00–17:00**

☀️ Most electricity is consumed during the day.

🏭 Large loads include:

❄️ Air conditioning
💡 Lighting
⚙️ Machinery
🧊 Refrigeration
💻 Computers
💧 Pumps

The owner says:

> **“Great. So how many solar panels do I need?”**

🕵️ **Now YOU are the solar detective.**

---

# # ☀️ WHAT WOULD YOU START WITH?

# # # 🅰️ **20 PANELS**

“Let's start small and see what happens.”

# # # 🅱️ **30 PANELS**

“That should give us a decent solar contribution.”

# # # 🅲️ **40 PANELS**

“Let's make a serious dent in that electricity bill.”

# # # 🅳️ **50 PANELS**

“More panels = more savings, right?” 😂

---

# 🤔 WHAT'S YOUR ANSWER?

**A, B, C or D?**

Don't worry about getting it perfect.

The point of the exercise is to think like a solar designer.

Because there's another question hiding underneath:

# # # **HOW MUCH ENERGY CAN THOSE PANELS ACTUALLY PRODUCE?**

That's where things get interesting.

The answer depends on things like:

☀️ Location

🌤️ Solar resource

🧭 Panel orientation

🌳 Shading

⚡ Panel wattage

⚙️ Inverter capacity

📐 Available roof space

And, of course…

# # # **WHEN THE BUSINESS USES ITS ELECTRICITY.**

---

# # 🕵️ TODAY'S CLUE:

This business uses most of its electricity **while the sun is shining.**

That's a very useful clue.

Because if solar is producing electricity at the same time the business is consuming it…

# # # 🔥 **WE MAY NOT NEED TO STORE ALL OF IT.**

And that could have a big impact on the system design.

---

# # # 👇 YOUR TURN:

**How many panels would YOU start with?**

☀️ **20**
☀️ **30**
☀️ **40**
☀️ **50**

Comment your answer below. 👇

And don't change your answer after reading everyone else's. 😂

Tomorrow, we're going to reveal what our solar detective would actually investigate **before finalising the panel count.**

# # 🕵️ CASE #5

# # # **“THE ROOF THAT LOOKS BIGGER THAN IT IS.”**

Follow the page so you don't miss it.

07/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #3**

# # 🏢 THE BUSINESS WITH THE MASSIVE ELECTRICITY BILL

# # # FIRST… THE ANSWER FROM YESTERDAY 👀

Our family had:

🔋 A 10 kWh battery
☀️ Plenty of daytime solar
⚡ A correctly sized inverter

But the battery was disappearing far too quickly at night.

The best answer?

# # # 🅳 **WE NEED MORE INFORMATION.**

Because before replacing a battery, we'd want to know **what is actually using the energy.**

Remember:

**10 kWh tells you how much energy is stored.**

It doesn't tell you how quickly you're using it.

And now…

# # # THE CASE GETS BIGGER. 🏢

---

# 🔎 CASE #3: THE BUSINESS

Our customer owns a busy business.

Here's what we know:

🏢 **Commercial property**

👥 **25 employees**

💰 **Electricity bill: approximately R45,000/month**

⚡ Electricity is used for:

❄️ Air conditioning
💡 Lighting
💻 Computers
🧊 Refrigeration
⚙️ Machinery
☕ Kitchen equipment
💧 Pumps

The business operates:

# # # **07:00 – 17:00**

Monday to Friday.

And here's the interesting part…

# # # ☀️ MOST OF THE ELECTRICITY IS USED DURING THE DAY.

The owner wants to reduce the electricity bill.

They also want some backup for **critical equipment** during outages.

But they don't want to spend money on a massive battery if they don't need one.

---

# 🕵️ YOU'RE THE SOLAR DETECTIVE.

What would you investigate FIRST?

# # # 🅰️

🔋 **Buy a huge battery**

Because the electricity bill is huge.

# # # 🅱️

☀️ **Install as many panels as possible**

The more panels, the better.

# # # 🅲️

📊 **Study the business's electricity usage**

Find out exactly when and where the energy is being consumed.

# # # 🅳️

⚡ **Start with the biggest inverter available**

Because it's a big business.

---

# # 🤔 WHAT WOULD YOU DO?

**A, B, C or D?**

Put your answer in the comments **before reading everyone else's answers.** 😂

---

# # # 🔎 TODAY'S CLUE:

This business uses most of its electricity **while the sun is up.**

That could be a very important clue.

Because solar doesn't always need to be:

> **“Make electricity → store it in batteries → use it later.”**

Sometimes the best opportunity is much simpler:

# # # ☀️ **MAKE SOLAR ENERGY WHILE THE BUSINESS IS USING ENERGY.**

And that can change the way you think about the battery requirement.

But…

**How much solar would this business actually need?**

That's tomorrow's mystery. 👀

# # 🕵️ CASE #4

# # # **“THE BUSINESS THAT WANTS TO KNOW HOW MANY PANELS.”**

We'll give you the numbers.

**You decide the system.**

Follow the page and see if you can solve it. ☀️

06/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #2**

# # 🔋 THE BATTERY THAT “DOESN'T LAST”

Yesterday, we gave you a family home and asked:

**A, B, C or D?**

A lot of you probably wanted to choose the biggest system. 😂

But here's the first clue a real solar detective looks for:

# # # **WHEN is the electricity being used?**

Because today's case has a little problem…

---

# # 🔎 THE CASE

🏠 Family of 4

💰 Electricity bill: **R5,200/month**

☀️ They already have solar panels.

🔋 They have a **10 kWh battery**.

⚡ Their inverter is appropriately sized.

And during the day…

# # # **Everything looks great.**

☀️ Solar is producing plenty of energy.

🏠 The house is being powered.

🔋 The battery is charging.

Everyone is happy.

Then the sun goes down…

🌙 Dinner starts.

❄️ Aircon comes on.

📺 TVs are running.

💡 Lights are on.

🧊 Fridge and freezer continue working.

And suddenly…

# # # **THE BATTERY IS EMPTY MUCH EARLIER THAN EXPECTED.** 😳

The homeowner says:

> “But I've got a 10 kWh battery! Why doesn't it last all night?”

🕵️ **Your investigation starts here.**

---

# # # WHAT DO YOU THINK IS THE PROBLEM?

# # # 🅰️ The battery is too small

# # # 🅱️ They're using too much power at night

# # # 🅲️ The solar system isn't producing enough during the day

# # # 🅳️ It could be a combination — we need more information

**Which one are you choosing?**

Don't overthink it.

**Comment A, B, C or D. 👇**

---

# # # 🔎 HERE'S YOUR CLUE:

A battery's **kWh capacity** tells you how much energy it can store.

It doesn't tell you:

⚡ How quickly you're using that energy

or

⏰ How long it will last under your actual load.

For example, running a few lights and a fridge is very different from running multiple air conditioners, cooking appliances and other heavy loads.

# # # **The battery isn't necessarily the problem.**

The detective needs to investigate the **load.** 🕵️

And tomorrow we're going to make this case even more interesting…

Because we're putting the detective into a **business.** 🏢

# # # **CASE #3: THE BUSINESS WITH THE MASSIVE ELECTRICITY BILL**

How much solar would YOU install?

Follow the page and come back tomorrow.

05/10/2026

🕵️☀️ **SOLAR DETECTIVE — CASE #1**

# # 🏠 THE FAMILY HOME

Okay… you're the solar expert today.

We've got a customer who wants your help.

# # # 🔎 THE CLUES:

🏠 **4-bedroom home**

👨‍👩‍👧‍👦 **Family of 5**

🚿 **2 electric geysers**

🏊 **Swimming pool**

❄️ **Air conditioning**

🍳 **Electric cooking**

💡 Normal household appliances

💰 **Electricity bill: around R4,500 per month**

They want:

☀️ Lower reliance on grid electricity

🔋 Good backup during outages

🌙 Enough stored energy for important evening loads

And they're willing to invest in a **proper system**.

---

# # 🕵️ NOW YOU'RE THE SOLAR DETECTIVE.

What would you recommend?

# # # OPTION A
☀️ **5 kW inverter**
🔋 **5 kWh battery**
☀️ **6 solar panels**

# # # OPTION B
☀️ **8 kW inverter**
🔋 **10 kWh battery**
☀️ **10 solar panels**

# # # OPTION C
☀️ **12 kW inverter**
🔋 **20 kWh battery**
☀️ **16 solar panels**

# # # OPTION D
🤔 **None of the above — I'd need more information first.**

And there's a little trap here… 👀

**The biggest system isn't automatically the right system.**

You need to think about:

⚡ How much electricity the family uses

⏰ When they use it

☀️ How much solar can be generated

🔋 How much energy they actually need at night

🏠 What loads they want during an outage

📊 And what their electricity bill is really telling us

# # # 👇 YOUR TURN:

**Which option would YOU choose?**

**A, B, C or D?**

Don't Google it. 😂

**Put your answer in the comments before reading everyone else's answers.**

Tomorrow we'll reveal what information our solar detective would want next…

And trust me:

# # # 🔎 **ONE CLUE CAN CHANGE THE WHOLE SYSTEM.**

Follow the page and come back for **CASE #2 tomorrow.**

Jean Telconnect Energy

13/10/2026

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