ExpatOilWorker

61,500 baht is the best I can find now. Same as the distributor price.

Shopee, but I just checked, the vendor is sold out. Check with @UWEB, he is running 2 x 10 kW DEYE inverters, although 3-phase, and did charge his EV at 8 kW for 12 hours straight. Do you plan to use smart load?

You and me are looking at the exact same unit. 3 MPPT trackers and should handle your load with ease.

She could apply here: https://www.koonhospital.com

1/2" is fine on the discharge side of the pump. Select a pump around 250 W, they also have the 1" suction/discharge connection that you want. https://www.mitsubishi-kyw.co.th/Product/For-Home/Water-Pump.aspx

It takes a lot of hard work to build the Gaza parking lot.

Another good site for price comparison. https://www.solartop.net

@Crossy, can the load/ups and smart-load output share the same neural or will that generate blue smoke? How is the current flowing when A1 is energized? The 52 symbol is a fuse?

Almost doable, I even found a dual heating element heater, but there are no straight wires in the electrical world. As it turns out dual heating element units, do have two thermostats, but they share a single power connection. I don't think re-wiring the heating elements is an option, as the wires run in the insulation behind the outher cabinet and there is also a shared ELCB breaker. Two separate water heaters in series is the only option. Now I just need to size them right.

Anyone using "smart load"? The way it works is by energizing the generator input, so it becomes an output when batteries are full and there is excess power from the panels. I plan to connect a boiler/tank type water heater on the gen port. A dual heating element boiler, with the top element connected to the load/ups port would be ideal, but I haven't found any dual element water heaters in Thailand so far. Alternatively, I could put two water heaters in series. A large 100 l unit on the gen port followered by a smaller 20 l unit on the load/ups port.

Fire 🔥 investigation concluded.

I don't think worms are more common here than anywhere else, but that said my 2 year old got pinworms. Suddenly her poo in the diaper had 100 of these small string like worms. We all took worm medicine as they can spread through the bedding. She probably ate a dead bug or something else off the floor. Kids!!!

Even cheaper now.

Time to educate your wife. https://rightasrain.uwmedicine.org/body/food/leftover-rice-bacillus-cereus-food-poisoning#:~:text=Reheated rice syndrome is food,than a couple of hours.

Thanks. That is some serious panel oversizing. The SOC with a zero offset on the left y-axes threw me off. Still why does your consumption jump from virtually zero to 8 kW from 6 am to 6 pm? What is your battery size? I bet you have the SUN-10KSG02-LP1-EU-AM3 model, right?

Care to explain the chart a bit? What is red, green, light blue and dark blue? What is your inverter and array size?

Hmmmm, typo or close? https://en.wikipedia.org/wiki/Covfefe

Correct and it is fair to assume Xi is hiding some bad news.

Mission Hospital have two VERY good orthopedics. I have used both with excellent results. Today one of them fixed up my broken wrist.

I couldn't sit for very long in that position, my knees would kill me!

You can have it for free, once I am done using it 😉.

Save your money 💰 for something more useful.

Same credit rating as Italy 🇮🇹.

Actually, that is a very good idea. I could even install the 10th panel and just leave it redundant, just in case one of the other 9 panels underperform or crack.

Very interesting. One of the installers I approached, offered 10 panels per string, which would give: Voc= 538 V (STC) 511 V (NOCT) Vmp= 445 V (STC) 423 V (NOCT) Same inverter limitations as yours, 500 V and 150-425 V. His reasoning was that NOCT numbers are real world max and Voc will in practice never exceed 500 V. Bit risky, so better play it safe and go for 9 panels per string. I am in the south, so low temperatures is not an issue.