An inverter plays a crucial role in providing uninterrupted power to keep your equipment and appliances running during power outages. However, like any machine, inverters can encounter malfunctions that disrupt their performance. Identifying and addressing potential issues promptly is essential to prevent further damage and ensure smooth operation.
While the reasons for an inverter's failure can vary depending on the situation, here are some common causes. In this article, we’ll not only explore why an inverter might stop working but also resolution for the same.
Several factors can impact the efficiency of an inverter, potentially reducing its performance.
Some external factors can be easily addressed with the help of a regular electrician, while internal issues require the expertise of a technical service engineer for proper diagnosis and resolution.
- Loose Battery Connection Loose battery connections can significantly impact the performance of an inverter in several ways: Reduced power output, overheating , frequent shut down and Over time, loose connections can cause wear and tear on the battery and inverter components, ultimately shortening their lifespan.
- A tripped inverter can negatively affect its efficiency in several ways:
- Power Interruptions: When the inverter trips, it temporarily shuts down, disrupting the flow of electricity to connected devices and appliances, which reduces overall efficiency.
- Frequent Shutdowns: If the inverter trips repeatedly, it can lead to constant interruptions in power supply, preventing it from functioning optimally and causing an increased wear on the system.
- Overheating: Tripping can sometimes be caused by overheating or other internal issues. This can result in the inverter working at lower efficiency levels once it's back online, or even cause permanent damage if not addressed.
- Loss of Energy: The inverter may not be able to convert and supply the stored energy effectively if it is frequently tripped, leading to energy losses and underperformance.
- System Damage: Frequent tripping can damage the inverter's components over time, leading to reduced efficiency and the need for more repairs or replacements. To resolve this, it’s essential to identify the underlying cause of the trip (overload, voltage fluctuations, or internal faults) and address it promptly, ensuring the inverter operates efficiently.
- Corrosion on terminals: Corrosion on the terminals can prevent the battery from charging properly, which may lead to faster discharge rates and reduced backup time. Regular cleaning and maintenance of battery terminals are essential to ensure a secure connection and maintain the efficiency and longevity of both the inverter and the battery.
- Faulty switch : Faulty switch may not fully complete the electrical circuit, leading to power loss and inefficient energy conversion within the inverter. In some cases, a faulty switch may not properly disconnect the inverter from the load, leading to overloading and decreased efficiency due to constant strain on the system.A malfunctioning switch may cause the inverter to turn on and off unpredictably, disrupting the power supply to connected devices and reducing overall efficiency.
To maintain the inverter's efficiency, it's crucial to ensure the switch is in good working condition and replace it if necessary.
- Ageing Battery: A weak battery may not be able to hold a full charge, which limits the inverter's ability to provide backup power during an outage, it may discharge more quickly or fail to provide consistent power, weak battery may cause inverters to work harder to compensate for the lack of energy storage, potentially overloading the system the inverter may struggle to efficiently convert DC power from the weak battery into AC power, leading to lower overall system efficiency.
To maintain optimal inverter performance, it’s essential to replace weak or aging batteries promptly.
There are also internal factors that require attention from a technical expert.
- Battery Fuse Open
- Main PCB Card error
- Power Cut Issues
- Display damage
- STR Defects; Battery does not charges well
- DCDB Fuse Open
- Reverse polarity of solar connection
- Solar DC -MCB Trip
- MPPT Card Faulty
In conclusion, while some external factors can be addressed by an electrician, internal faults require the expertise of a technician for proper resolution. You can Call Team SunGarner for any service related issues. we are available at toll free no. 1800 102 2748
Visit Your Nearest Seltrik Store or Dealer: For hands-on assistance, stop by your nearest Seltrik location.
Our specialists can evaluate your battery’s condition and provide any services needed to ensure reliable performance all winter long.
Contact Us for Immediate Assistance:
WhatsApp Support: +91 7428744994
Toll Free No. 1800 102 2748
Email Support: customer.support@sungarner.com
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With these contact options, expert help is just a message or call away. Our dedicated customer support team is committed to ensuring your inverter battery functions optimally, no matter the weather.