peterpeteru: Hello Gurus. Kudos for your great work here.
My 3.5KVA Ipower inverter is displaying a code 6 error. I took it to Zinox office and was told to pay N85k for repairs which will take 4 weeks. This is the 2nd time of repairing it there. The first time it took them 9 months. A week after collecting it, one of the fans stopped working, but it still worked and I supported it with an external fan.
I don't even load the Inverter up to 10% since I bought it 2 years ago, yet it keeps having issues.
Please, what do you advise? Any alternative step I can take? N85k is too much for this unreliable device biko.
Happy Sunday guys. Thanks for your valuable responses to this 👆🏾
You all have advised me to get a transformer based inverter as replacement.
On a second thought, I'm thinking of upgrading my setup too.
My current setup: 1. Ipower 3kva hybrid inverter (now damaged) but I'm presently using my backup 2kva ipower Hybrid inverter. 2. 60A ipower MPPT CC with solar max voltage of 145 Vdc 3. 2 GSR G250 tubular batteries (maybe 200ah or 250ah, I'm not sure). But it's a 24v setup 4. 4 300W mono solar panels
I have a slight issue though. Due to the position of my house and the roof design, I observed that the sun is usually on the opposite side of the panels any time after 1 pm. So, the charging rate is usually low during this period.
1. How do I resolve this issue? 2. Please recommend a medium level upgrade to this current setup. I'll appreciate if it can power my 1hp Home water pump, not necessary though (I don't know the power rating). 3. Recommending tested and trusted brands is also highly appreciated. 4. Additional information or advice
I sell a 3000w EASun offgrid energy-efficient inverter. Below YouTube link shows a video sent from customer who used it to power a 0.5hp inverter effortlessly.
I am happy to offer you a money-back guarantee if the inverter doesn't meet and even surpass your expectation. Chat me up. Terms and Conditions apply
Meanwhile, you may need to consider increasing your existing battery bank to cushion the effect of current draw in powering the pumping machine. Better still, increase your solar array or pump only during peak sunlighg.
zeestone99: Indian inverters are very rugged. The problem is they come with very low charging current. You can integrate with solar panels to make up for that.
I see. I currently have 4 300W solar panels, do I need to add more?
I read somewhere on this thread that transformer based inverters are power hog, that they drain battery juice on their own. Is that true.
Obnoxious2001: If you want to buy inverters as much as possible avoid Chinese brands e get why. You are better off with Indian brands.
Chinese has this bad habit of designing system such that when they have issues, you get a new one. I will recommend vil power, easy maintainance and support.
Yeah it's Transformer based so it should power your submersible pump. The HP matters though
Thanks again boss. How can I identify India branded inverters, by the 'made in India' tag? Again, since this is non hybrid, does that mean it can only use either of solar or AC to charge my batteries?
bassdow: To power your deep freezer / chest freezer / (submersible) pumping machine, etc no be wahala. issue is, you would be stressing those batteries to detriment of their life span. 2pcs is too few + that 250AH sef, how sure are we it's capacity is even up to 200AH to begin with.
What I suggest is, except you have large battery bank, get a fuel generator for things such as pumping machine. If it's [chest] freezer / fridge of small capacity, you could power it during the day when the sun is out. That's assuming your solar panels is sufficiently sized.
Meanwhile, you failed to mention the Horse Power of the submersible pumping machine. We need such information also
Thanks for your response chief. I've both 3kva and 6.5kva generators that I use. I asked to know if that inverter can power the pump. I now understand it's the number of batteries that is the major determinant not necessarily the inverter type, right?
Obnoxious2001: Oh that's problem hybrid, their repair / parts are not easily accessible, and they can be expensive sha... They are technically charging you to fix the inverter and possible solar charge controller.
It's better you add that 85k and get a transformer based inverter. Leave Wahala for who get am, since you already have a separate CC
Thanks chief. Can you recommend some brands that are very durable and reliable? Also, Can 3.5kva of such an inverter with 2 x 250ah tubular batteries power a submersible pump?
isangjohnson: Mine was displaying error code 06 on Felicity inverter and light was still entering the house. I called their repair center and I was told to send it and I was about to send it to their Abuja office before I decided to try my diy luck by opening it. I later realized one of the temperature sensor cable was bad, I change it and the error code disappeared.
kristien4: i use the transformer based ipower Hybrid 3kva inverter...and it serves me well.. Is that what u use? If no, u should try it. Rugged stuff..
I don't know if it is. How can I know and how do I try it?
My 3.5KVA Ipower inverter is displaying a code 6 error. I took it to Zinox office and was told to pay N85k for repairs which will take 4 weeks. This is the 2nd time of repairing it there. The first time it took them 9 months. A week after collecting it, one of the fans stopped working, but it still worked and I supported it with an external fan.
I don't even load the Inverter up to 10% since I bought it 2 years ago, yet it keeps having issues.
Please, what do you advise? Any alternative step I can take? N85k is too much for this unreliable device biko.
Can anyone who recently bought this device confirm if the Router supplied has an ethernet port or not? I heard there's Gen 3 router with 2 inbuilt ethernet ports. I would like to know if it's now widely distributed.
How can these be mitigated and what are fuel-efficient driving habits?
To mitigate practices that can increase fuel consumption and improve fuel efficiency, you can follow these tips and adopt fuel-efficient driving habits:
1. Smooth driving: Accelerate gently, brake gradually, and avoid rapid speed changes. Smooth driving reduces fuel consumption by preventing unnecessary strain on the engine and brakes.
2. Avoid excessive idling: Turn off the engine if you expect to be stopped for more than a minute or two. Restarting the engine consumes less fuel than idling.
3. Remove excess weight: Regularly clean out your trunk and avoid carrying unnecessary heavy items. Reduced weight decreases the load on the engine and improves fuel efficiency.
4. Regular maintenance: Follow the manufacturer's recommended maintenance schedule, including air filter replacements, spark plug changes, and tire maintenance. A well-maintained car runs more efficiently.
5. Use high-quality fuel: Choose higher-grade gasoline with the octane rating recommended by your car's manufacturer. High-quality fuel can enhance engine performance and fuel efficiency.
6. Limit use of electrical accessories: Minimize the use of power-hungry electrical features like the AC, heated seats, and entertainment systems. They add load to the engine, reducing fuel efficiency.
7. Drive at moderate speeds: Keep within speed limits and avoid high-speed driving on highways whenever possible. Higher speeds increase aerodynamic drag, leading to reduced fuel economy.
8. Use cruise control: Utilize cruise control during highway driving to maintain a steady speed and reduce unnecessary speed fluctuations, which can improve fuel efficiency.
9. Respond to warning lights: Address dashboard warning lights promptly to resolve any potential issues affecting fuel economy.
10. Plan your trips: Combine errands and plan routes efficiently to reduce driving distance and time spent on the road.
11. Maintain proper tire pressure: Regularly check and maintain the recommended tire pressure, as underinflated tires can decrease fuel efficiency.
12. Avoid aggressive driving: Avoid aggressive behaviors like tailgating, rapid lane changes, and unnecessary honking, as they waste fuel and create a safety risk.
13. Drive during off-peak hours: If possible, schedule trips during off-peak hours to avoid heavy traffic and reduce time spent idling in congestion.
14. Avoid warming up the engine for long periods: Modern cars do not require extended warm-up times. Start driving gently after a few seconds of starting the engine.
By incorporating these fuel-efficient driving habits into your routine, you can reduce fuel consumption, save money on gas, and contribute to a more environmentally friendly driving experience.
Hope you find these helpful and insightful Source: CHATGPT, 2021.
Several practices can cause a car to consume more fuel than necessary, leading to reduced fuel efficiency. Here are some common practices to avoid if you want to improve your car's fuel economy:
1. Aggressive driving: Rapid acceleration, hard braking, and excessive speeding can significantly increase fuel consumption. Smooth and gradual driving, along with maintaining a consistent speed, is more fuel-efficient.
2. Excessive idling: Leaving the engine running when the car is not in motion consumes unnecessary fuel. If you anticipate a long wait, it's better to turn off the engine and restart it when you're ready to continue.
3. Carrying excess weight: Carrying unnecessary heavy items in the trunk or roof rack increases the car's weight and creates more drag, leading to higher fuel consumption.
4. Poor maintenance: Neglecting regular car maintenance, such as not changing air filters, using old spark plugs, or having low tire pressure, can negatively impact fuel efficiency.
5. Using low-quality fuel: Using lower-grade or poor-quality fuel can reduce fuel efficiency and engine performance.
6. Running electrical accessories excessively: Using power-hungry electrical accessories like the AC, heated seats, or entertainment systems extensively can increase the load on the engine and lead to higher fuel consumption.
7. Driving at high speeds: Driving at high speeds, especially on the highway, increases aerodynamic drag, which can significantly reduce fuel efficiency.
8. Ignoring warning lights: Ignoring dashboard warning lights, such as the check engine light, could lead to unresolved issues that negatively affect fuel economy.
9. Not using cruise control: Utilizing cruise control on highways helps maintain a constant speed, which can improve fuel efficiency by avoiding unnecessary speed fluctuations.
10. Skipping regular maintenance: Neglecting routine maintenance, such as oil changes, can lead to increased friction and reduced engine efficiency, impacting fuel consumption.
By avoiding these practices and adopting fuel-efficient driving habits, you can improve your car's fuel economy and save money on gas while reducing your carbon footprint.
Using the AC in a car can be less fuel-consuming under certain conditions. Here are some scenarios where using the AC might be more fuel-efficient:
1. Highway driving at higher speeds: When driving at higher speeds on the highway, the aerodynamic drag becomes a significant factor affecting fuel efficiency. In this case, having the windows down can create additional drag, which can offset the fuel savings from not running the AC. It's generally more fuel-efficient to keep the windows up and use the AC instead.
2. Extremely hot weather: In very hot weather, the interior of the car can become extremely hot, making it uncomfortable and potentially even unsafe to drive without the AC. In such situations, running the AC might be the better option for maintaining a comfortable and safe driving environment.
3. City driving at lower speeds: In stop-and-go city traffic or when driving at lower speeds, the impact of aerodynamic drag is less significant. In these situations, you might find that opening the windows for ventilation instead of using the AC can be a more fuel-efficient option.
4. Driving a fuel-efficient vehicle: Some modern cars are designed with fuel efficiency in mind, and their AC systems are engineered to be more energy-efficient as well. In these cases, the difference in fuel consumption between using the AC and not using it might be less noticeable.
It's important to note that the actual fuel consumption difference between using the AC and not using it will still depend on various factors, including the car's make and model, driving conditions, and how frequently the AC is used.
If you're concerned about fuel efficiency, it's a good idea to test your car's fuel consumption with and without the AC under different driving conditions to see the impact for your specific vehicle. Additionally, regular maintenance and servicing of your car's AC system can help optimize its performance and reduce its impact on fuel consumption.
This question has been asked several times on this platform and people seem not to be satisfied with the responses they get. Despite Car experts debating over the matter, car users and enthusiasts have been left confused due to their diverse responses and opinions.
Here's what ChatGPT, a trained AI model has to say:
A car generally consumes more fuel when the air conditioning (AC) is turned on compared to when it's turned off.
The AC system in a car requires energy to operate, and this energy comes from the engine, which burns more fuel to produce the necessary power.
When the AC is running, the engine has to work harder to power the compressor that cools and circulates the refrigerant, which in turn cools the air inside the car. This extra load on the engine leads to increased fuel consumption.
The difference in fuel consumption with the AC on versus off can vary depending on factors such as the car's make and model, the outside temperature, driving conditions, and even how frequently the AC is used. However, studies have shown that running the AC can reduce a car's fuel efficiency by anywhere from 5% to 20% or more.
If you're looking to save fuel, using the AC sparingly or opting for other ventilation methods, like opening windows when driving at lower speeds, can help reduce the impact on fuel consumption.
Additionally, maintaining your car's AC system in good condition, such as regularly checking for refrigerant leaks and ensuring proper compressor function, can also contribute to more efficient operation.
Bizzyliss: yes 6 tires and I have one with 4 tires that’s dyna 150, u can rebuild their engines up to 3 times
Nice to know. Thanks chief for this valuable info. Can I contact you on the number in your signature for a couple of questions so that I don't litter this thread?
I'm planning on getting a truck for my proposed block industry, kindly recommend a reliable and efficient make and model and what to look out for, must buy and must NOT buy.
I already got this anti-scratch sticker for my car from Aliexpress.
Of course, you can't get this because it will take a few weeks before it gets delivered to you and delay is dangerous. You can rather, get nice stickers from aboki. Yes, you will see them around okada, tricycles, or danfo parks. Please buy the thick ones. The thicker, the safer.
I am sure many of us who own glass top burners, after seeing that post, will be really concerned about our safety and that of our loved ones in the kitchen. While some might have already trashed theirs, few others have been convinced never to buy them, and the rest, using them in fear. (What a pity!).
Mine has been serving my home well for over 3 years. Ain't gonna trash it now!
After several thoughts that morning, I got this idea and applied it immediately, (delay is dangerous). Apologies, my busy schedule delayed posting it here.
Caveat: This idea doesn't prevent the glass from shattering but it would keep the shards intact and prevent them from hitting anyone around. Sounds cool?
Satellite TV Technology › Re: Solar Energy, A Complement To FTA by peterpeteru: 3:32am On Oct 15, 2023*. Modified: 2:45am On Oct 21, 2023
