Bil elektrik bulan Ogos 2026 naik lagi tanpa sebab

[silasroon]

Dtg data centre, tariff rate letric lg naik
Get ready

Antara salah satu kelebihan belajar masa umur tua ni, orang susah nak 'cong' kita.......hahahahahahahaha.

Kenaikan kos, memang mempengaruhi harga barangan....tapi itu hanyalah sementara. kalau kos turun, harga akan kembali turun.

Tapi, jenis penetapan rate ni, ini jenis quota, allocation, fix,.....sebab the source is limited.

Nak turunkan harga elektrik, kena tingkatkan pengeluaran tenaga......dan hentikan export tenaga (kemungkinan ke Thailand).

Nak advise lagi details, kerajaan bang non kena bayar la......banyak cantik nak bagi idea free.......hahahahahahahaha

 

[Nika FX]

ikut harga dunia lah apa lah..bila turun.,..xde turun pun..sembang je ceplos naz tu

 

[The Room]

Nice explanation
AFA just a trick

 

[The Room]

 

[The Room]

Kena viral dgn ZRA br nak mengelupur

 

[The Room]

 

[Maestro]

aku still tak boleh hadam strategi tenaga elektrik negara...

aku still tak boleh hadam kenapa TNB terlampau bergantung kepada sumber fosil???

very vulnerable jika berlaku crisis....

 

[The Room]

aku still tak boleh hadam strategi tenaga elektrik negara...

aku still tak boleh hadam kenapa TNB terlampau bergantung kepada sumber fosil???

very vulnerable jika berlaku crisis....

Kita takde expertise untuk simpan tenaga
Yg ni kos dan expertise tinggi
Kita ada solar
Tapi nak calibrate energy dan simpan energy solar?

 

[The Room]

Soalan yg sama knp kat Mohave desert, US tak letak juta juta solar panel, dah boleh generate electric satu US

1. Kos nak transfer solar energy dan calibrate solar enegy dari solar panel ke serata US
2. Kos nak simpan solar energy. Dah generate tapi ada ke tempat simpan?

 

[The Room]

Why industrial solar storage is expensive

1. Very large batteries are needed
* A home might need a 10–20 kWh battery.
* A factory could need hundreds of kWh to tens/hundreds of MWh.
* Battery cost therefore becomes enormous.
2. Batteries don’t last forever
* Lithium-ion batteries gradually lose capacity with charge/discharge cycles.
* Industrial systems eventually require replacement, often after roughly 10–20 years, depending on chemistry and operating conditions.
3. You lose some electricity
Solar → battery → factory isn’t 100% efficient.
For example:
100 kWh solar → ~85–95 kWh delivered later, depending on the system.
4. The battery isn’t the only cost
Large systems also need:
* Inverters
* Transformers
* Cooling/HVAC
* Fire protection
* Battery-management systems
* Electrical switchgear
* Buildings/containers
* Monitoring and safety systems
5. Peak industrial demand is huge
Imagine a factory requiring 10 MW continuously for 12 hours overnight:
10 MW × 12 hours = 120 MWh
You would need roughly a 120+ MWh battery, and more capacity may be needed to account for losses and operating reserves. That’s vastly different from a residential battery.

Chatgpt