Please consult someone who knows these pumps, you can easily burn either the pump or controller with a wrong connection. Quite a number of these borehole pumps are voltage dependent so check the voltage required, maybe 72 V and your panels may be 24 V. A 750 W pump may need about 1000 W panels , there is a ratio taking into account efficiency ( Can’t remember whether you have to go 25% or 30% higher). Also check if the water level sensor is connected, may be the third wire, if not connected the pump may not work as protection against dry running. Even with cloud cover, these pumps when properly connected will work though not as powerfully as when the sun is shining. All the best, waiting and hoping for a successful outcome.
I don't know a lot about solar pumps but just looking at the numbers on the label there, your problem may be your Solar Panels. Your pump takes in maximum power of 750W and your panels produce a maximum of 760W ( Ari two). You have to note that solar systems are never 100% efficient and thus there are losses you incur as it operates. You need to get another panel of the same size and then connect it in series. That should allow it to work. I don't think you need to sell hako. Kuonawo kwangu.
Just check accessory box if there is sensors you need to connect to them therefore never run dry so if they're not connected the pump won't work other one should be for the tank for overflow
I’m not sure how your system is set up. But what I would do is get a decent battery. Then charge it with the solars and also get a power supply that will be connected to the battery this can be set to work at the right power so you don’t burn your pump. I even have a cousin there in Zimbabwe that could help you further with this. This set up will work better because even with no sun your battery will still have a reserve to pump. Similar to how your house is set up as I’ve seen
Only saw 2 videos and they are really refreshing, your house is beautiful, the yard and views are awesome. How big is your yard and how much did you get it for? If you don't mind me asking
Please please don’t play with the panels on the house. You can end up losing all your panels and power. It’s better to get someone who knows about the water pump and the panels to avoid you losing money! These are electrical things guys, not easy to just do if you don’t know them. I think the other commenters also gave similar advice.
You don’t need to sell your equipment; instead, focus on understanding some basic concepts of electrical circuits. Each of your panels produces 380W, and your pump requires a peak of 750W with an operating voltage range of 50-150V. Based on your description, I assume your panels are currently connected in parallel. In a parallel configuration, the total wattage remains at 380W (assuming both panels are operating at maximum efficiency, which is rarely the case), and the voltage also remains constant. However, this setup may not provide enough power to efficiently run your pump. To maximize the output from your panels, consider connecting them in series. In a series configuration, the voltage of the two panels adds up (i.e., Voltage from Panel 1 + Voltage from Panel 2), while the current remains the same. This higher voltage can better align with your pump’s requirements and increase the effective wattage. To ensure optimal performance and troubleshoot issues, I recommend using a multimeter to measure the current, voltage, and wattage of your panels before they connect to the controller. You can purchase a multimeter from local hardware stores such as ElectroSales, Halsteds, or Union Hardware.
Please consult someone who knows these pumps, you can easily burn either the pump or controller with a wrong connection. Quite a number of these borehole pumps are voltage dependent so check the voltage required, maybe 72 V and your panels may be 24 V. A 750 W pump may need about 1000 W panels , there is a ratio taking into account efficiency ( Can’t remember whether you have to go 25% or 30% higher). Also check if the water level sensor is connected, may be the third wire, if not connected the pump may not work as protection against dry running. Even with cloud cover, these pumps when properly connected will work though not as powerfully as when the sun is shining. All the best, waiting and hoping for a successful outcome.
Much appreciated
@@GrasstograssHi there
Ndirikutsvagawo stand kumaruzevha mudomboshava hapanawo pamakanzwa here I heard muchiti murimudomboshava
I don't know a lot about solar pumps but just looking at the numbers on the label there, your problem may be your Solar Panels. Your pump takes in maximum power of 750W and your panels produce a maximum of 760W ( Ari two). You have to note that solar systems are never 100% efficient and thus there are losses you incur as it operates. You need to get another panel of the same size and then connect it in series. That should allow it to work. I don't think you need to sell hako. Kuonawo kwangu.
I will make a passing visit by your residence when I come to zim i am your fan and inspired by your vlogs
No problem you are welcome
You doing so well and love you family❤l did an electric pump and it’s doing so well❤always good to see you family ❤
Thanks so much
Just check accessory box if there is sensors you need to connect to them therefore never run dry so if they're not connected the pump won't work other one should be for the tank for overflow
Hello hello guys ❤❤❤thankyou for sharing 🎉🎉🎉.
Thank you too
I’m not sure how your system is set up. But what I would do is get a decent battery. Then charge it with the solars and also get a power supply that will be connected to the battery this can be set to work at the right power so you don’t burn your pump. I even have a cousin there in Zimbabwe that could help you further with this.
This set up will work better because even with no sun your battery will still have a reserve to pump. Similar to how your house is set up as I’ve seen
Thank you
Thanks for saying the prices in rands as well
Zimbabwe is beautiful, I would enjoy living there
That’s true
Only saw 2 videos and they are really refreshing, your house is beautiful, the yard and views are awesome. How big is your yard and how much did you get it for? If you don't mind me asking
Thank you so much 😊it’s on our QandA video
@Grasstograss I will definitely watch, great content
Beautiful flog ❤❤❤❤❤❤ how much did you buy your solar panel and pump❤❤❤🎉🎉🎉
I will come back to you
Hie why don’t you connect it from the house plug instead.
It’s a solar pump not electricity
Ndokupi kunenge kuDomboshava or Musana
Lots of love
Ngaite garo ziva kuti ndaliker even before watching. Hoping you guys are well?
Thank you, we are doing well
Please please don’t play with the panels on the house. You can end up losing all your panels and power. It’s better to get someone who knows about the water pump and the panels to avoid you losing money! These are electrical things guys, not easy to just do if you don’t know them. I think the other commenters also gave similar advice.
Following
Tatanga kusvika tisu. Makasimba here?
Christmas Box!
Titende
Christmas box box
You don’t need to sell your equipment; instead, focus on understanding some basic concepts of electrical circuits. Each of your panels produces 380W, and your pump requires a peak of 750W with an operating voltage range of 50-150V.
Based on your description, I assume your panels are currently connected in parallel. In a parallel configuration, the total wattage remains at 380W (assuming both panels are operating at maximum efficiency, which is rarely the case), and the voltage also remains constant. However, this setup may not provide enough power to efficiently run your pump.
To maximize the output from your panels, consider connecting them in series. In a series configuration, the voltage of the two panels adds up (i.e., Voltage from Panel 1 + Voltage from Panel 2), while the current remains the same. This higher voltage can better align with your pump’s requirements and increase the effective wattage.
To ensure optimal performance and troubleshoot issues, I recommend using a multimeter to measure the current, voltage, and wattage of your panels before they connect to the controller. You can purchase a multimeter from local hardware stores such as ElectroSales, Halsteds, or Union Hardware.
Thank you
what about a generator pump that uses fuel
We don’t have the money
Luwie don't put the camera too close to your face.
Ok
How does the sewage system work?
Septic tank
@Grasstograss good idea
🙏🏾Was checking since mrng
Thank you
Add 3third panel your is low