⚡ The cost of fire is 20,000 baht a month, but I still don't know how to solve it?

Check out this example before you decide to stick to solar.

A house or business using lights, approx.

⚡ 120 - 140 units / day

If using electricity only

Average power charge 5 baht / unit

💰 The cost of electricity per month is approximately

18,000 - 21,000 Baht

And tend to be more expensive every year.

A real worthwhile solution.

.

Install the system.

20 kWp Solar PV ☀️

⚡ 20 kW Hybrid Inverter

🔋 Battery Storage 40 kWh

.

Solar power of this size produces about

⚡ 90 - 100 Units / Day

Or

⚡ About 3,000 units / month

.

The system will work like this.

☀️ Daylight

Use solar fire directly.

🔋. The rest of the energy.

Keep it in Battery.

🌆 Peak Time (6 Baht)

Use the fire from the battery.

No need to buy expensive lights

🌙 Night

Use Off-Peak Light (2.6 baht)

Results

Fire charge from the original

❌ 18,000 - 21,000 Baht / month

Reduced to about

✅ 3,000 - 4,600 Baht / month

Save up to

💰 14,000 - 17,000 Baht / month

✔. Reduce the actual power bill.

✔ Cover Peak Time

✔ There was a backup light when the power outage.

✔. Use clean solar energy.

.

Payback

⏳ About 6 - 7 years.

(For quality battery system)

📩 Interested in a team of engineers to help calculate the system for free.

Type SOLAR under the post.

Or say hello to Inbox. ☀️🔋⚡

⚠️ Note:

The figures presented are just an example of energy management of an effectively designed system to see an energy-saving approach. The actual results may vary depending on the electricity consumption habits, load characteristics and usage patterns of each location.

A team of engineers will analyze the customer's actual fire consumption to design the system to optimize and achieve optimum efficiency.