# The actual case happened to many factories now🚨

3-5 years ago,

Many plants decided to install Solar On-Grid.

For a simple reason.

"Let's lower the power bill first."

Because then,

Hybrids also cost a lot.

The battery is still expensive.

Many people therefore choose On-Grid to save on investment budgets.

The first day, everything seemed to be right.

☀️, the power bill dropped.

☀️ The system is normal.

☀️ payback, but not as fast as I thought.

But over time,

Many of the same problems are

⚠️ Fire.

⚠️ Surge.

⚠️. Blackout.

⚠️ Machinery stopped production.

⚠️ Computer system and PLC reset

⚠️ Cold room and control must be restarted.

And what many people just know is that

"On-Grid Can't Back Up Fire."

Even if the roof has solar panels producing full power

When the electricity goes out,

The On-Grid inverter also had to stop working immediately.

To ensure the safety of the electrical system.

Many factories then began looking for batteries.

Hope to bring a solution

But instead, I found

Later battery addition

Not easy and not always cheap.

Some systems must

💸 Change the new inverter.

💸 Add control equipment.

💸 Improve the electrical system.

💸. Reinvest again.

Finally, many factory owners say similarly that

"Know this. That day added a little more budget.

Choosing Hybrid Inverter in the first place was good. "

Because even today will not stick to the battery

At least get ready.

When one day needs

✅ Back up the fire.

✅. Reduce the night light.

✅ Reduce the impact of blackouts.

✅. Increase the stability of production.

It can immediately increase the battery system.

Without dismantling the whole factory system.

🏭 for a 24-hour fire factory.

Inverter selection

Should not only look at the first day price

But should look

"What will business want in the next 5-10 years?"

Because the most expensive cost

Probably not the device cost.

# But is to reinvest because not planning wellFrom the first day 😊

# Industrial plant

# SolarHybrid

# EnergyStorageSystem