From an Electrical Engineer: Periodically there have been questions about how does the Delta Mini/Max/Pro know when it’s charging by car and limit the current to 8A, and when it’s charging by solar and thus allow the unit’s max current limit (10A for DMin/Max, 15A for DPro). The secret is in the XT60i connector. In the car charging cable, the center pin is bridged with the main pin on the square side (+) of the connector. On the solar charging cable, the center pin is bridged with main pin on the angled side (-) of the connector. This way, the Delta Mini/Max/Pro can automatically adjust the current limit depending on which cord is connected. If you use another cable with a standard XT60 connector (no center pin), the unit will default to the 8A limit just to be safe. TLDR (Too Long, Didn't Read) Summary: 1. XT60i cable allows more than 8A of charging with any DC power source (solar or otherwise). 2. XT60 cable allows more than 8A of charging with *ONLY SOLAR PANELS*, but not with SMPS or standalone battery. -------------------- Detailed explanation: First of all, the official word from EcoFlow engineers is that the XT60 solar cable should be able to charge at more than 8A *WHEN USED WITH A SOLAR PANEL*. Why is this distinction important? Please see below: 1. XT60i solar cable - This is the solar cable with the orange connector at the end. This cable will ALWAYS allow for more than 8A, regardless of whether you are using it with solar panels or with an AC-DC SMPS (Switched Mode Power Supply). More info here on how the XT60i cable works: facebook.com/.../permalink/1381304675669717 2. XT60 solar cable *WITH SOLAR PANEL* - This is the solar cable with the yellow connector at the end. This will allow more than 8A charging via solar panel. From my testing (see attached pictures) with a Delta 2 and the 220W bifacial solar panel, you can clearly see that the charge current is over 8A. EF engineering has said that occasionally the power station may mis-identify the XT60 cable and limit it to 8A, but you can unplug and replug to get it to recognize the cable. But I have tested it multiple times, and it worked at over 8A each time. 3. XT60 solar cable *WITH SMPS OR STANDALONE BATTERY* - This does not affect most users. For the few users who are using an AC-DC SMPS or a standalone battery to charge your power station, make sure to use the XT60i cable. Because the XT60 will be identified as a car charger, and will be limited to 8A. I've tested SMPS multiple times with various EF power stations. Mark Hicks contributed standalone battery test results. facebook.com/groups/deltaprolaunch/permalink/1491858437947673/ facebook.com/groups/deltaprolaunch/permalink/1490488248084692/ facebook.com/groups/deltaprolaunch/permalink/1491976177935899/
I have few sily questions. I have Ecoflow Delta 2 1. How much power will I get from a 650W, 20V panel with an xt60i connector under ideal conditions? 2. Same with the XT60 connector. 3. How much energy can I get from ten of these panels wired in parallel at half solar power? Thank You
I haven't clue what you are taking about .. but its 100% more understandable now you have took time in helping us uneducated Peasants..I've just purchased a ecoflow river dancing Malarki and I was wondering about everything you have just explained ... thank you very much ... in my book you need to be knighted for great explanation.
The issue is that a properly wired XT60i will tell the DP it’s ok to pull 15.9A in the absence of that pin the DP tries to ‘detect’ solar vs car battery and the results can be inconsistent. Short of a pin wired to tell it not to throttle or a positive detection of solar it will default to a limit of 4-8A (depending on car charge setting). That is to protect car wiring and prevent melting the cigarette lighter plug. By contrast the orange tip car adapter the DP comes with is wired opposite to explicitly tell DP to limit current. TLDR: get an XT60i cable for any of the newer EcoFlow products with XT60i ports.
Good info. It is quite likely that earlier models of your Delta Pro may not have been properly setup to use/look at this pinned state for protecting car charging from the higher current. That is the ONLY purpose of this pin...and it is NON-STANDARD. The XT-60i connector was originally developed by BattGo to send serial data info about the battery that was being charged (number of charges, temperature, etc.) but it has since been used as simply another data pin on common power plug. Ecoflow chose to use it to indicate higher allowed current on this port by simply wiring the plug to ground (without this, the pin is internally pulled high on the Delta Pro/Max/2 line of products). Again, it is possible that you either have a broken pull up resistor on your Delta Pro (allowing the pin internally to float or capacitively couple to ground) or that early models did not have this pinned out in the model (or they internally pulled to ground instead of high, thus changing what they intended to do with a normal old XT-60). They probably changed their minds on allowing a normal XT-60 to be able to function as solar charger (and thus allow a normal XT-60 to be wired to car plug and exceed the 8A max spec input). /shrug. Either way, your video is very nice to help alert folks that there IS something being done on these plugs, and that should be the FIRST thing you check when trouble shooting capacity and generic cables from Amazon...
Excellent! I did not know the difference between XT60 and XT60i connectors for my new solar installation project. I have Delta Max and River Pro power stations. Simple, look for the center pin at the side and you got a XT60i, otherwise it's an XT60 connector. Easy Peasy, thanks!
One thing to be very very careful of with the Delta Pro. There are numerous accounts (including some friends of mine) for whom the XT60 connector on the Delta Pro, broke and fell off into the unit. Be very tender and careful with them. Known problem.
I read some comments on some other videos also warning of that and suggested getting a pigtail to leave in permanently and plug and unplug the cable with it So yea that way I just plugged in the pigtail and never unplug it
Thanks for the video but it is kind of hard to know if the pin is connected to the negative when buying on Amazon.....trial and error. Thanks again. I am in the process of purchasing the switching power supplies that you reviewed because I have to be able to charge my two DPs with my inverter generator (Not ecoflow) while powering my house with the dual voltage hub
This answered my question. I have the yellow XT60 10' extension going out the front door to my 400w panel and just bought the Xt60I for my Delta 2 and going to see if there's a difference. Both of these models can only accept up to 500w. Maybe I can find a couple of 275w panels for some over paneling..? I did already buy the xt60I with the 12v car adapter.. 104w total input.
The 60i cable that came with my DP was allowing a 1200 watt charge but it got warm. I didn't like that. So I bought a new 10 foot 60i cable from Amazon. That cable limits the charge to 1000 watts. But now it doesn't get warm. So I'm leaving it like that. I just don't get why an exact connector would reduce the watts.
Good observation. Either the connector or the wire can add resistance to the circuit. It doesn't take much extra resistance to reduce the current. Heat is proportional to current squared so reducing the current 20% reduces the heating 40%. Cables getting warm at high current is normal but if it gets hot that can be a problem. Hot plastic tends to degrade much more quickly over time and when it softens enough the support for the connector pins fails and catastrophic failure results.
thanks for the info i did notice i have an orange XT60i connector for my Wetown solar generator. Now i know what the difference is between the yellow and orange.
Hi, through my research, calculations and limited knowledge, I’ve found that solar cables < 25’ should be 12awg and > 25’ should be 10awg for optimal charging and to limit voltage drop. It’s my understanding that the EcoFlow cable which is ~ 11.5’ is 14awg. Apart from the differences between the XT60 and 60i connectors, can some of the problems with performance be due to the undersized EF cable? Also, is it safe to run a 12awg or 10awg with the Detla 1/2/3 or will it fry the unit?
Ok, here's the deal with cable thickness. First, at the voltages/amps we're talking about for the Delta Pro (Under 150v/15a), there's honestly not much real-world difference between 10awg and 12awg. You can test this out yourself or there's a number of videos on YT demoing minimal differences between 12awg and 10awg even on long runs. There is no risk to the Delta units from using "undersized" cables. Lastly, look at your house, there's a lot of US houses using 14awg cable to convey the same amount of power (1500w). This is one of those things that is fun to discuss but in the real world you're looking at a 2-3% difference if that. I've used both 10awg and 12awg and not had a problem with either.
Sorry, second reply cause I didn't feel like my first one was complete enough. 12awg PV cable is usually rated for 1500v and 20-30amps. 10awg is rated for 2000v and 30 amps. Both are more than enough for the 150v/15a rating of a Delta Pro (max of 1600w). Both are going to be efficient to the point you won't notice the difference. Save your money on the 10awg cable and go with 12awg. You won't miss it.
The Delta Pros senses the ground connection on the center pin and will allow charging at a great charge than 8 amps. Delta Pos will limit the charging rate on non grounded center pin to protect the charging source. In Daniel case, I guessing that the Delta Pro that charges more than 8 amps has a deflect or has been damaged. This Delta Pro will not protect a charging device that a current limit of amps or less.
Sorry for my bad English: For those who want to make their own EF cable including XT60i, it all depends on what message you want to give to the device For example, I have an EF cigarette lighter to XT60i cable wired at EF for a GLACIER EcoFlow... The 3rd pin is correctly connected to the positive of the cable. For EcoFlow it is translated as: we are connected to a cigarette lighter socket that we do not want to melt so we limit the intensity to 8A .
Do you think the xt60 cable can fail sooner than the xt60i? I was using the xt60 cable for about a month and now I get nothing from my solar array. I checked my inline fuses they were good and I replaced my mc4 connectors coming off my xt60 cable. I have 34v coming off my solar array mc4 connectors and my xt60 connector but my delta pro will not register the power or charge.
Hmm, generally speaking I really wouldn't expect either XT60 or XT60i cables to fail. Did you check your voltage and/or amps from the panel using a volt meter? (You mentioned you knew it was 34v). Since cables are fairly inexpensive, I would try swapping those out and seeing if it resolves the issue but my initial thought is its unlikely to be the cable. Are all your connections tight? (particularly the MC4 ones)
I only have one solar panel at the moment, but 2 Delta Pros. I don’t want to continually move the solar panel cable to each DP as needed. Is it safe to use a splitter on the XT60 cable to each DP? My solar panel is rated for 400 watts. Thanks
According to my understanding, unfortunately that won't work. The two delta pros' inverters will "fight' each other for full input of the solar panel and won't "share" it equally. I'll try to do a short video demoing this.
One reason why people do not see those 1600 wats on their delta pro for example is % of state of battery in solar station. I made a charging curve for delta 2 on my 1kw version. I set maximum charging from 1,2 kw and check each % from 0 % - 100 %. From 75% charging curve is going lower till it reaches 100 %. So delta PRO can have similar charging curve that needs to me measured like I did with my delta 2.
0 % - 48 % 1,23 kwh 49 % - 74 % 1 kwh 75% 950 wat 76% 930 wat 77% 900 wat 78% 870 wat 79% 840 wat 80% 800 wat 81% 750 wat 82% 690 wat 83% 600 wat 84% 490 wat 85% 403 wat 86% 350 wat 87% 315 wat 88% 304 wat 89% 285 wat 90% 270 wat 91% - 94 % 266 wat 95% - 99 % 260 wat 99% - 100 % 235 wat
The rate of charging depends on the temperature of the unit. The hotter it gets the slower the rate of charge. It can charge at over 1200kw with the battery at more than 90% full if it isn't getting too hot
@@007alztruli yes it depends from temperature, but i did this test 4 times from 75 , 50, 25 and 0% of state from solar station. IT was during night. IT did almost identical results. But test was made almost a year ago. Maybe some firmware updates had changed something. Now i do not have time for retesting, but I will. Gl
Thanks but i can’t see buying a cable cutting it open to learn if the middle pin is connected to the negative makes any sense. Can’t return it and now have a compromised cable.
I'll save you 7 minutes of this dude rambling on. The XT60 cable has a current rating of 60A, while the XT60i cable has a current rating of 100A. XT60i is orange and has an additional locking pin.
As you persist in leaving erroneous and dangerous information about this XT60i plug, nothing is better than practice... Run 100A if you already have the generator (I have one...) And come back to us after several hours of operation at this level... Then we will discuss it again and then you will be able to usefully share your constructive experience.
I just received my EP DP2 this week and have been so confused by the XT60I wiring because of conflicting information. It came with a 12volt car charging cable.. and with a multimeter verified that the flat/square side of the XT60I was positive.. BUT the center tab was ALSO connected to the positive side. Is this how EcoFlow controls the incoming wattage? The center tab bonded to positive is low wattage, bonded to high is High wattage or will the wrong one short things out? Ultimately I’m trying to make sure I can connect my Dokio portable panels (SAE connectors) to the Delta Pro 2 at full power. 🤷♂️
Conclusions are not actually correct. The third pin forces the controller into either a high or low current mode. A regular XT60 connector will force the controller to guess, depending on if the supply is a constant voltage source (like a battery), or a constant current source (like a solar panel). The controller will usually guess correctly for a solar array, but behavior using the XT60 can be erratic, especially for overpaneled solar arrays which can behave more like a constant current source and fool the controller into guessing incorrectly. Sounds like this is your case, and each of your two controllers guess differently. A constant voltage source using XT60 connector will always be reduced amperage, and you'll want a solar configured XT60i connector to allow full amperage input.
My understanding is xt60 is 60 amp and 60i is 100 amp. (4) EcoFlow 400 watt rigid panels wired in series put out 13.76 amps which stays constant so should not matter. Am I understanding this correctly?
@@piccman1 no, that’s incorrect in this context. EF uses the third pin as a power source identifier and without the third pin configured for solar input the current will be limited to 8A in some circumstances
Maybe someone here that's really smart can answer this. I have a 48v (51.2V) battery connected to the Ecoflow Delta Pro via an XT60i (back of the Delta Pro) and the other end on the battery lugs (+/-) and i'm only seeing 400watts. The interesting thing is that the power ramps up past 400 watts to 500+, then, clips back down. Yes, I"m sure I have the XT60i cable...... any idea what's going on and how I can get 800+ watts?
To consistently get more then you're probably going to need to look at a DC-to-DC boost converter. This issue you're encountering is that the DP sees that power source as a constant lower voltage and thinks it's a car battery so it throttles the amperage to 7.5 amps instead of the full 15 amps. I covered several DC boost converters that do this: th-cam.com/video/rWRU87M8g7s/w-d-xo.html
@@DanielGoodwin-jq1oc not really comfortable with any of the options you showed in your video. IN fact, one of them isn't sold on amazon any longer (it's the one with the box covered and the two XT60i cables). Maybe I can just use an inverter hooked to 48v and then plug in the DP to the a/c. Not optimal but I think that would work.... thoughts?
Yes, that will work perfectly. In fact, that's essentially what I'm doing with mine. I have to use a switching power supply because I have my Delta Pros connected to a Smart Home Panel but if you don't have that then you can definitely connect to the AC input.
@@DanielGoodwin-jq1oc apparently my ecoflow delta pro had other plans today and the wife and I came home to a house full of smoke and burning smell. Yep, the ecoflow electronics were burning themselves. Come to find out, this is not an isolated incident. I'm waiting to see what ecoflow will do about this. I have 3 DP's, 2 EB's and lots of their other equipment but their customer service has left a lot to be desired. Soon as I get a chance, I'll use my sungold 6000w inverter/charger with the other ecoflow delta pro. that is, unless i decide to get all of them out of my house in fear of them burning the damn house down :(
Nonsense. All xt60...xt60, xt60h and xt60i are rated 60 amps or 100 amp burst. It's in the name. Guess what an xt30 handles? The extra pin on the "i" is for reading battery information from smart batteries. Crappy Chinese xt60 connectors that are not to standard or more likely, has either the bullet connector stretched or the male reduced from incorrect plugging. You can widen the male by simply bending the prongs out a little to make a tighter fit.
I am losing my mind trying to Sauter this goddamn yellow connector! Why would they do this in a way that you need to Sauter instead of the mechanical connection? Is there an alternative to soldering? Any help would be appreciated
From an Electrical Engineer:
Periodically there have been questions about how does the Delta Mini/Max/Pro know when it’s charging by car and limit the current to 8A, and when it’s charging by solar and thus allow the unit’s max current limit (10A for DMin/Max, 15A for DPro).
The secret is in the XT60i connector. In the car charging cable, the center pin is bridged with the main pin on the square side (+) of the connector. On the solar charging cable, the center pin is bridged with main pin on the angled side (-) of the connector. This way, the Delta Mini/Max/Pro can automatically adjust the current limit depending on which cord is connected. If you use another cable with a standard XT60 connector (no center pin), the unit will default to the 8A limit just to be safe.
TLDR (Too Long, Didn't Read) Summary:
1. XT60i cable allows more than 8A of charging with any DC power source (solar or otherwise).
2. XT60 cable allows more than 8A of charging with *ONLY SOLAR PANELS*, but not with SMPS or standalone battery.
--------------------
Detailed explanation:
First of all, the official word from EcoFlow engineers is that the XT60 solar cable should be able to charge at more than 8A *WHEN USED WITH A SOLAR PANEL*. Why is this distinction important? Please see below:
1. XT60i solar cable - This is the solar cable with the orange connector at the end. This cable will ALWAYS allow for more than 8A, regardless of whether you are using it with solar panels or with an AC-DC SMPS (Switched Mode Power Supply).
More info here on how the XT60i cable works: facebook.com/.../permalink/1381304675669717
2. XT60 solar cable *WITH SOLAR PANEL* - This is the solar cable with the yellow connector at the end. This will allow more than 8A charging via solar panel. From my testing (see attached pictures) with a Delta 2 and the 220W bifacial solar panel, you can clearly see that the charge current is over 8A.
EF engineering has said that occasionally the power station may mis-identify the XT60 cable and limit it to 8A, but you can unplug and replug to get it to recognize the cable. But I have tested it multiple times, and it worked at over 8A each time.
3. XT60 solar cable *WITH SMPS OR STANDALONE BATTERY* - This does not affect most users. For the few users who are using an AC-DC SMPS or a standalone battery to charge your power station, make sure to use the XT60i cable. Because the XT60 will be identified as a car charger, and will be limited to 8A. I've tested SMPS multiple times with various EF power stations. Mark Hicks contributed standalone battery test results.
facebook.com/groups/deltaprolaunch/permalink/1491858437947673/
facebook.com/groups/deltaprolaunch/permalink/1490488248084692/
facebook.com/groups/deltaprolaunch/permalink/1491976177935899/
Best explanation I've seen yet. Thank you!
I have few sily questions. I have Ecoflow Delta 2
1. How much power will I get from a 650W, 20V panel with an xt60i connector under ideal conditions?
2. Same with the XT60 connector.
3. How much energy can I get from ten of these panels wired in parallel at half solar power?
Thank You
I haven't clue what you are taking about .. but its 100% more understandable now you have took time in helping us uneducated Peasants..I've just purchased a ecoflow river dancing Malarki and I was wondering about everything you have just explained ... thank you very much ... in my book you need to be knighted for great explanation.
The issue is that a properly wired XT60i will tell the DP it’s ok to pull 15.9A in the absence of that pin the DP tries to ‘detect’ solar vs car battery and the results can be inconsistent. Short of a pin wired to tell it not to throttle or a positive detection of solar it will default to a limit of 4-8A (depending on car charge setting). That is to protect car wiring and prevent melting the cigarette lighter plug. By contrast the orange tip car adapter the DP comes with is wired opposite to explicitly tell DP to limit current.
TLDR: get an XT60i cable for any of the newer EcoFlow products with XT60i ports.
Good info. It is quite likely that earlier models of your Delta Pro may not have been properly setup to use/look at this pinned state for protecting car charging from the higher current. That is the ONLY purpose of this pin...and it is NON-STANDARD. The XT-60i connector was originally developed by BattGo to send serial data info about the battery that was being charged (number of charges, temperature, etc.) but it has since been used as simply another data pin on common power plug. Ecoflow chose to use it to indicate higher allowed current on this port by simply wiring the plug to ground (without this, the pin is internally pulled high on the Delta Pro/Max/2 line of products). Again, it is possible that you either have a broken pull up resistor on your Delta Pro (allowing the pin internally to float or capacitively couple to ground) or that early models did not have this pinned out in the model (or they internally pulled to ground instead of high, thus changing what they intended to do with a normal old XT-60). They probably changed their minds on allowing a normal XT-60 to be able to function as solar charger (and thus allow a normal XT-60 to be wired to car plug and exceed the 8A max spec input). /shrug. Either way, your video is very nice to help alert folks that there IS something being done on these plugs, and that should be the FIRST thing you check when trouble shooting capacity and generic cables from Amazon...
Excellent! I did not know the difference between XT60 and XT60i connectors for my new solar installation project. I have Delta Max and River Pro power stations. Simple, look for the center pin at the side and you got a XT60i, otherwise it's an XT60 connector. Easy Peasy, thanks!
One thing to be very very careful of with the Delta Pro. There are numerous accounts (including some friends of mine) for whom the XT60 connector on the Delta Pro, broke and fell off into the unit. Be very tender and careful with them. Known problem.
I read some comments on some other videos also warning of that and suggested getting a pigtail to leave in permanently and plug and unplug the cable with it
So yea that way I just plugged in the pigtail and never unplug it
Hi from Brazil!!Great info!!Thanks!
Very good info. Thanks
Ecoflow needs to provide some answers. I have fought this as well.
Thanks for the video but it is kind of hard to know if the pin is connected to the negative when buying on Amazon.....trial and error. Thanks again. I am in the process of purchasing the switching power supplies that you reviewed because I have to be able to charge my two DPs with my inverter generator (Not ecoflow) while powering my house with the dual voltage hub
This answered my question. I have the yellow XT60 10' extension going out the front door to my 400w panel and just bought the Xt60I for my Delta 2 and going to see if there's a difference. Both of these models can only accept up to 500w. Maybe I can find a couple of 275w panels for some over paneling..? I did already buy the xt60I with the 12v car adapter.. 104w total input.
Did you notice a difference between the charging rate (in watts) of the XT60 & XT60i on your Delata 2?
The 60i cable that came with my DP was allowing a 1200 watt charge but it got warm. I didn't like that. So I bought a new 10 foot 60i cable from Amazon. That cable limits the charge to 1000 watts. But now it doesn't get warm. So I'm leaving it like that. I just don't get why an exact connector would reduce the watts.
Good observation. Either the connector or the wire can add resistance to the circuit. It doesn't take much extra resistance to reduce the current. Heat is proportional to current squared so reducing the current 20% reduces the heating 40%. Cables getting warm at high current is normal but if it gets hot that can be a problem. Hot plastic tends to degrade much more quickly over time and when it softens enough the support for the connector pins fails and catastrophic failure results.
thanks for the info i did notice i have an orange XT60i connector for my Wetown solar generator. Now i know what the difference is between the yellow and orange.
There's also a difference in how its built, the xt60i has a metal pin that s in between the positive and negative of the plug itself.
OK, so if I'm only running a 220 Watt Solar Panel, would it suffice to say I'd be ok with either connector into my Delta 2 Plus?
Hi, through my research, calculations and limited knowledge, I’ve found that solar cables < 25’ should be 12awg and > 25’ should be 10awg for optimal charging and to limit voltage drop. It’s my understanding that the EcoFlow cable which is ~ 11.5’ is 14awg.
Apart from the differences between the XT60 and 60i connectors, can some of the problems with performance be due to the undersized EF cable? Also, is it safe to run a 12awg or 10awg with the Detla 1/2/3 or will it fry the unit?
Ok, here's the deal with cable thickness. First, at the voltages/amps we're talking about for the Delta Pro (Under 150v/15a), there's honestly not much real-world difference between 10awg and 12awg. You can test this out yourself or there's a number of videos on YT demoing minimal differences between 12awg and 10awg even on long runs. There is no risk to the Delta units from using "undersized" cables. Lastly, look at your house, there's a lot of US houses using 14awg cable to convey the same amount of power (1500w). This is one of those things that is fun to discuss but in the real world you're looking at a 2-3% difference if that. I've used both 10awg and 12awg and not had a problem with either.
Sorry, second reply cause I didn't feel like my first one was complete enough. 12awg PV cable is usually rated for 1500v and 20-30amps. 10awg is rated for 2000v and 30 amps. Both are more than enough for the 150v/15a rating of a Delta Pro (max of 1600w). Both are going to be efficient to the point you won't notice the difference. Save your money on the 10awg cable and go with 12awg. You won't miss it.
@@DanielGoodwin-jq1oc Thanks for the info!
Thanks. Helpful.
The Delta Pros senses the ground connection on the center pin and will allow charging at a great charge than 8 amps. Delta Pos will limit the charging rate on non grounded center pin to protect the charging source. In Daniel case, I guessing that the Delta Pro that charges more than 8 amps has a deflect or has been damaged. This Delta Pro will not protect a charging device that a current limit of amps or less.
Sorry for my bad English: For those who want to make their own EF cable including XT60i, it all depends on what message you want to give to the device For example, I have an EF cigarette lighter to XT60i cable wired at EF for a GLACIER EcoFlow... The 3rd pin is correctly connected to the positive of the cable. For EcoFlow it is translated as: we are connected to a cigarette lighter socket that we do not want to melt so we limit the intensity to 8A .
Thanks
Do you think the xt60 cable can fail sooner than the xt60i? I was using the xt60 cable for about a month and now I get nothing from my solar array. I checked my inline fuses they were good and I replaced my mc4 connectors coming off my xt60 cable. I have 34v coming off my solar array mc4 connectors and my xt60 connector but my delta pro will not register the power or charge.
Hmm, generally speaking I really wouldn't expect either XT60 or XT60i cables to fail. Did you check your voltage and/or amps from the panel using a volt meter? (You mentioned you knew it was 34v). Since cables are fairly inexpensive, I would try swapping those out and seeing if it resolves the issue but my initial thought is its unlikely to be the cable. Are all your connections tight? (particularly the MC4 ones)
Which is better
Yes!
Strange, but the 12v car cord for my Delta 2 Max has the center pin tied to positive. Different for MC4 to XT cables?
I only have one solar panel at the moment, but 2 Delta Pros. I don’t want to continually move the solar panel cable to each DP as needed. Is it safe to use a splitter on the XT60 cable to each DP? My solar panel is rated for 400 watts. Thanks
According to my understanding, unfortunately that won't work. The two delta pros' inverters will "fight' each other for full input of the solar panel and won't "share" it equally. I'll try to do a short video demoing this.
One reason why people do not see those 1600 wats on their delta pro for example is % of state of battery in solar station.
I made a charging curve for delta 2 on my 1kw version.
I set maximum charging from 1,2 kw and check each % from 0 % - 100 %.
From 75% charging curve is going lower till it reaches 100 %. So delta PRO can have similar charging curve that needs to me measured like I did with my delta 2.
0 % - 48 % 1,23 kwh
49 % - 74 % 1 kwh
75% 950 wat
76% 930 wat
77% 900 wat
78% 870 wat
79% 840 wat
80% 800 wat
81% 750 wat
82% 690 wat
83% 600 wat
84% 490 wat
85% 403 wat
86% 350 wat
87% 315 wat
88% 304 wat
89% 285 wat
90% 270 wat
91% - 94 % 266 wat
95% - 99 % 260 wat
99% - 100 % 235 wat
The rate of charging depends on the temperature of the unit. The hotter it gets the slower the rate of charge. It can charge at over 1200kw with the battery at more than 90% full if it isn't getting too hot
@@007alztruli yes it depends from temperature, but i did this test 4 times from 75 , 50, 25 and 0% of state from solar station. IT was during night. IT did almost identical results. But test was made almost a year ago. Maybe some firmware updates had changed something. Now i do not have time for retesting, but I will. Gl
Thanks but i can’t see buying a cable cutting it open to learn if the middle pin is connected to the negative makes any sense. Can’t return it and now have a compromised cable.
You can use a multimeter to see if there's a short on the negative side
Please note this is the rating of these conntors you must use cables (wires) of sufficient capacity eg 10 gauge 8 gauge
The Ecoflow Delta 1300 (original Delta) uses an XT60. Anyone know if the XT60i will also work with the Delta 1300?
As a solar connector? Yes, it should work fine for you.
I'll save you 7 minutes of this dude rambling on. The XT60 cable has a current rating of 60A, while the XT60i cable has a current rating of 100A. XT60i is orange and has an additional locking pin.
As you persist in leaving erroneous and dangerous information about this XT60i plug, nothing is better than practice... Run 100A if you already have the generator (I have one...) And come back to us after several hours of operation at this level... Then we will discuss it again and then you will be able to usefully share your constructive experience.
Geezus. Thank you.
I just received my EP DP2 this week and have been so confused by the XT60I wiring because of conflicting information. It came with a 12volt car charging cable.. and with a multimeter verified that the flat/square side of the XT60I was positive.. BUT the center tab was ALSO connected to the positive side. Is this how EcoFlow controls the incoming wattage? The center tab bonded to positive is low wattage, bonded to high is High wattage or will the wrong one short things out? Ultimately I’m trying to make sure I can connect my Dokio portable panels (SAE connectors) to the Delta Pro 2 at full power. 🤷♂️
Delta Pro 2? I don't think EF makes a DP2 :) DP3 perhaps?
Conclusions are not actually correct. The third pin forces the controller into either a high or low current mode. A regular XT60 connector will force the controller to guess, depending on if the supply is a constant voltage source (like a battery), or a constant current source (like a solar panel). The controller will usually guess correctly for a solar array, but behavior using the XT60 can be erratic, especially for overpaneled solar arrays which can behave more like a constant current source and fool the controller into guessing incorrectly. Sounds like this is your case, and each of your two controllers guess differently. A constant voltage source using XT60 connector will always be reduced amperage, and you'll want a solar configured XT60i connector to allow full amperage input.
My understanding is xt60 is 60 amp and 60i is 100 amp. (4) EcoFlow 400 watt rigid panels wired in series put out 13.76 amps which stays constant so should not matter. Am I understanding this correctly?
@@piccman1 no, that’s incorrect in this context. EF uses the third pin as a power source identifier and without the third pin configured for solar input the current will be limited to 8A in some circumstances
Ahh. So this wiring senario would be MC4 to XT60i to allow up to 15 A?
What happens if I connect my 200 watt solar panel to my Delta 2 max with a xt160 cable? Compared to using an xt160i cable?
I have same gear and I found this useful thanks
Maybe someone here that's really smart can answer this. I have a 48v (51.2V) battery connected to the Ecoflow Delta Pro via an XT60i (back of the Delta Pro) and the other end on the battery lugs (+/-) and i'm only seeing 400watts. The interesting thing is that the power ramps up past 400 watts to 500+, then, clips back down. Yes, I"m sure I have the XT60i cable...... any idea what's going on and how I can get 800+ watts?
To consistently get more then you're probably going to need to look at a DC-to-DC boost converter. This issue you're encountering is that the DP sees that power source as a constant lower voltage and thinks it's a car battery so it throttles the amperage to 7.5 amps instead of the full 15 amps. I covered several DC boost converters that do this:
th-cam.com/video/rWRU87M8g7s/w-d-xo.html
@@DanielGoodwin-jq1oc ok thank you. I thought it might have been related to the xt60i
@@DanielGoodwin-jq1oc not really comfortable with any of the options you showed in your video. IN fact, one of them isn't sold on amazon any longer (it's the one with the box covered and the two XT60i cables). Maybe I can just use an inverter hooked to 48v and then plug in the DP to the a/c. Not optimal but I think that would work.... thoughts?
Yes, that will work perfectly. In fact, that's essentially what I'm doing with mine. I have to use a switching power supply because I have my Delta Pros connected to a Smart Home Panel but if you don't have that then you can definitely connect to the AC input.
@@DanielGoodwin-jq1oc apparently my ecoflow delta pro had other plans today and the wife and I came home to a house full of smoke and burning smell. Yep, the ecoflow electronics were burning themselves. Come to find out, this is not an isolated incident. I'm waiting to see what ecoflow will do about this. I have 3 DP's, 2 EB's and lots of their other equipment but their customer service has left a lot to be desired. Soon as I get a chance, I'll use my sungold 6000w inverter/charger with the other ecoflow delta pro. that is, unless i decide to get all of them out of my house in fear of them burning the damn house down :(
Nonsense. All xt60...xt60, xt60h and xt60i are rated 60 amps or 100 amp burst. It's in the name. Guess what an xt30 handles? The extra pin on the "i" is for reading battery information from smart batteries. Crappy Chinese xt60 connectors that are not to standard or more likely, has either the bullet connector stretched or the male reduced from incorrect plugging. You can widen the male by simply bending the prongs out a little to make a tighter fit.
Can you add one of these xt60i's using ring terminals to a set of busbars on 48v battery bank system to use for charging the ecoflows?
Wasted 5 minutes of my life I will never get back.
So bottom line is, Go Bluetti 😂
LOL, good one. I do have several Bluettis...
They have their own issues. Just send back my AC500 stack for delta pros
@@SolarSuntime yeah, no brand is flawless.
Mine AC200max is working fine though.
Bluetti=less kwh and less input charge
"I don't know much about electricity" what is the purpose of this video? Booh
I'm sorry you're disappointed. I will waive the cost for this free video that you watched. :)
@@DanielGoodwin-jq1oc It's hard to put a price on time.
Nothing but gibberish, confusion and small talk. Dude get it together, gather your thoughts before making a video.
I am losing my mind trying to Sauter this goddamn yellow connector! Why would they do this in a way that you need to Sauter instead of the mechanical connection? Is there an alternative to soldering? Any help would be appreciated
Yeah, buy a pre-made, 8 or 10awg cable and be done with it.