My 1 only 1 day hit 43kWh, think the different is my roof top are not flat @.@ average 38kWh.

*cut*

BTW..

did u switch on solar power breaker to use the solar power ? or just off n wait for tnb?
actually ...my also installed 3RdJan ..
solar admin told my meter need to change ..wait for tnb ppl call for booking time date for change meter ..

until today ..still no call ...
thanks ....

1) which number u use to enquiry ?

2) ok ...

thanks

If worry too much no need install. TNB enjoy collecting $$$. Cloud app down for all inverters does not means no generation, you can always opt for a 2 way smart meter to view the statistic.

update ...

6jan tnb status ..pending replace meter

10jan ....meter changed ...

so solar system can go operation ..

now waiting solaris rebate email ...

thanks ....

got 1 service application call
change tariff  - replacing meter 
then meter already replaced ...

after 2hours later received NEM welcome  email say above service application completed ..

so still have another application to wait?

i also received tnb bill early cut off today date 10jan ....counted 14days period ...this meaning ??
thanks ...

so only can know when the solar system down ?
maybe ..

anyone have similar bill as me after solar in operation ?
thanks

panel has at least 3 bypass diodes... if shading or faulty, the affected section is bypassed...

on a string system... you have normal production from other panels and probably partial production from the shaded or faulty panel...

on micro inverter... the shaded or faulty panel most likely will have zero production because it has insufficient startup voltage...

so a string system is better here...

Like that what is point of micro inverters in such cases.....

One of their strength vs string inverter last quoted is 1 panel failing won't affect others while string inverter's panel failure might affect others.
If string inverter can do the same (1 panel failing in the same wired group, not affecting others), then that so call micro-inverter advantage is muted.

no wor....ha..ha
NEM Cert declared max 5kwac
meaning max can export to tnb only 5kwac?

my panels production extra 1.xxkwp may carry forward to next month ?

It's optional at additional cost but from what I have gathered, not worth it. Might as well just go for micro.

pg so bad,never  tell the true..
are u on single phase or 3 phase ?
your Cert declared 6kwac

mine single phase declared 5kwac
single
yes they allowed ..
pg limit or seda limit?
my seda Cert declared 5kwac only

i asked pg, told max for single phase declared 5kwac
...
so possible to change to 3phase and up the declared kwac?

thanks ...

Alot of question... let's tackle one by one.
The solar panels max can produce 7.38kw if you have a matching inverter. But as your inverter is limit at 6kw, so your solar system can only produce max 6kw. Panel is just the panel on your rooftop, inverter is the one that change DC to AC. Solar power system is both the panel and inverter working in tendon.

TnB will just take in what can be output by your solar power system. So in this case the max inverter output is 6kw. the 5kw is just a soft guideline for application.

Extra 1kw form solar panels is can never be generated, because your inverter max output is 6kw. So you cannot use things that is not available.
This is right!

Yes. Like I said, it’s all depending on the type of shading, which panel got shaded and how much the shading. But it will result in a lower yield generally when shading occur. Bypass diodes can help a little on panel level, but to ensure string system is optimized, it’s best to use optimizer so that the lower panel will not affect the output of other panels. But need to consider the cost vs the efficiency it boost too.

for example, if micro yield 10% more yield compared to the string counterpart, but the price is 20% or 30% more, then perhaps it’s the costing probelm.  But if the price is the same, then it will be different situation. So it all depends on what offer u get.

PG sales team can join??

Max it can process per Port is 538.6w. So if ur panel is rated at 600w, clipping is around 60w during peak hours.

That 10kWac inverter is going to cost much more than the 8kWac one but the extra power generated will not be enough to offset the extra cost.

So why is the inverter always undersized? It's for the off peak hours. Say in the morning or evening when your panels are not generating the maximum 8.6kwp. Having 14 instead of 13 panels is going to help generate a bit more power during these off peak hours and the cost of an extra one or two panels is not that expensive relatively.

mine was average RM450 and i install till 600
friend average 300 install till RM800
so i can confirm SEDA dont care