That’s a possibility. I’m using win 10. Can you try running in compatibility mode?
I'm using Windows 11. I don't know if that has anything to do with it.
I'm using Windows 11. I don't know if that has anything to do with it.
I got a computer with W10 and it worked. But I want to see on the cell phone and it says it's partially disconnected. Thanks.That’s a possibility. I’m using win 10. Can you try running in compatibility mode?
ThanksI got a computer with W10 and it worked. But I want to see on the cell phone and it says it's partially disconnected
There is a setting "Grid Power". The inverter will supply the main panel and EPS up to that setting and then let grid supply the rest of the needs. Otherwise it will over load the inverter and it shuts down. I think I have mine set on 95%. I see the inverter supply 7500 watts and grid picks up any needs above that. I generally average 500 watts on the EPS panel and not had the MR ever fault out with overload, but when I first got the unit and "Grid Power" was set to 100% I did have an few occasions where it did shut down to overload. I don't see any extra use of grid until it starts to reach the 7-7.5kw range.What happens if the battery is full but the loads in the main panel exceed the max possible output of the inverter? Will the inverter switch to bypass, or will the main panel simply use the extra power needed directly from the grid and the inverter keeps pumping out its max possible output?
Currently both heater are powered from the same breaker in the main panel. They are in parallel with a DPDT relay right before the heaters. So only one can come on at a time. The main heater should not cool down enough when the secondary heater is heating that it will make much difference. 99% of the time there is no hot water use midday when the secondary heater is heating. Looks like it takes an hour to heat from cold, so the main heater will only be off for an hour or maybe bit more. I see it cycles about every 2-3 hours so plenty of time.So what do you currently do when the main water heater needs to be heated?
Move the file to the root of the drive. Example C: xxxxx.axf or C:xxxxx.outThis is what it gives. It says there are no files
With w11 it doesn't work. I was able to do it with another computer that has W10. Thank you. The problem I have is that it is giving me false readings in the app.Move the file to the root of the drive. Example C: xxxxx.axf or C:xxxxx.out
your saying as long as you restrict the inverter (like you did by setting to 95%) to not supply over its max output, that the inverter will not shut down due to over load? And the main panel can use as much extra power it needs from the grid at the same time? 500 watts on the EPS panel from the grid or the inverter?There is a setting "Grid Power". The inverter will supply the main panel and EPS up to that setting and then let grid supply the rest of the needs. Otherwise it will over load the inverter and it shuts down. I think I have mine set on 95%. I see the inverter supply 7500 watts and grid picks up any needs above that. I generally average 500 watts on the EPS panel and not had the MR ever fault out with overload, but when I first got the unit and "Grid Power" was set to 100% I did have an few occasions where it did shut down to overload. I don't see any extra use of grid until it starts to reach the 7-7.5kw range.
they just come on whenever their thermostat calls for heat?Currently both heater are powered from the same breaker in the main panel. They are in parallel with a DPDT relay right before the heaters. So only one can come on at a time. The main heater should not cool down enough when the secondary heater is heating that it will make much difference. 99% of the time there is no hot water use midday when the secondary heater is heating. Looks like it takes an hour to heat from cold, so the main heater will only be off for an hour or maybe bit more. I see it cycles about every 2-3 hours so plenty of time.
Whether the need comes from the inverter or grid it's a combination of the two. I think I can say that the EPS is top priority to the inverter. In other words it supplies the EPS and any extra feeds into the main panel. If the main panel needs assistance then the grid supplements.your saying as long as you restrict the inverter (like you did by setting to 95%) to not supply over its max output, that the inverter will not shut down due to over load? And the main panel can use as much extra power it needs from the grid at the same time? 500 watts on the EPS panel from the grid or the inverter?
Current firmware does not allow any tweaking of the export over zero. That will be available later supposedly.hello. w
Hello. What's the current latest version on the 8k megarevo?Current firmware does not allow any tweaking of the export over zero. That will be available later supposedly.
Afaik:Hello. What's the current latest version on the 8k megarevo?
Thanks for the response. I installed that firmware and when I checked the inverter firmware afterwards it said the versions are ARM V1.03.06 and DSP V1.04.06. These numbers appear lower than the previous version. Previous version was 1.03.09 and 1.04.09 resp. I have a friend who installed an update on their 8k and the versions after the update were very different. His updated version is 1.03.12 and 2.04.12. So now I am confused as to which is the latest based on the numbers. Megarevo says that the ones ending in 06 are the latest. Any thoughts on that?Afaik:
hybrid_app8K_V14_20220907_gen.axf
HybridInverter8KSNA_v1.4.13.B02D02(1).out
Using Solarman as a guide on how much your inverter is using is useless at best.Hi Team
Can anyone say what is the latest firmware for the megarevo 8k and how much power does your inverter consume.
My inverter is consuming over 400w
Eg, pv 4890w , battery receiving 3970w and house consuming 497w
4890-3970-497=423w
Inveter consuming 423w
ThanksUsing Solarman as a guide on how much your inverter is using is useless at best.
I think the latest firmware is posted above, but reports are it has issues. The last post with the numbers make it confusing if the file is wrong or more then likley the programmer does not follow any reasonable numbering system. Might be reasonable to conclude why the progress of new functions/features are very Slow.
what is the temp on the batteries? are you using (canbus) communication with the batteries? that will also tell the temp of the batteries to inverter and would possibly limit the charge current.Anyone having an issue with battery charging current? It seems my inverters are maxing at 56A to the battery. I can change the charge current lower, and the inverters will go right to that setting, but if I go above 56a, they won't go over. I know its not PV capacity because when I turn on more loads, the PV will increase to cover the load, but battery stays at 56a.