As the electric vehicle (EV) revolution gains momentum, the need for robust charging infrastructure becomes increasingly apparent. One critical aspect often overlooked is the vulnerability of EV chargers to voltage fluctuations, which can lead to irreversible damage. In response to this challenge, the state-of-the-art solution, V Kavach, emerges as a pioneering safeguard designed to protect your EV chargers from potential voltage damage.
The Vulnerability of Transformer-less EV Chargers
The majority of EV chargers operate on transformer-less circuits, making them highly susceptible to voltage-related risks. These risks include overvoltage, undervoltage, neutral open, and double phasing issues, which can compromise the charging infrastructure’s reliability and longevity. Recognizing this vulnerability, V Kavach stands as a formidable solution engineered to address these specific challenges.
Unveiling V Kavach’s Shielding Capabilities
V Kavach is meticulously crafted to withstand voltage challenges, particularly in situations where conventional solutions fall short. One of its outstanding features is its ability to endure 440V for more than 24 hours, making it the ultimate shield for your EV charging infrastructure. This capability positions V Kavach as a reliable and resilient protector against unexpected voltage surges that could potentially cripple your charging system.
Neutral Open and Double Phasing Protection
A standout feature of V Kavach is its prowess in safeguarding against neutral open and double phasing issues. These scenarios, if left unaddressed, can lead to severe damage to the charger and compromise the safety of the entire charging station. V Kavach’s advanced technology ensures that these risks are mitigated, providing EV owners and charging station operators with peace of mind regarding the integrity and functionality of their charging infrastructure.
Understanding V Kavach’s Operation
V Kavach operates on a sophisticated mechanism that employs two cutoff limits: high and low. When the voltage surpasses these predefined limits, the unit swiftly cuts off the power supply to prevent any potential damage to the EV charger. Once the voltage is restored, V Kavach intelligently waits for a 15-second delay before reactivating the power supply. This delay is strategically implemented to counteract the adverse effects of transients that may occur during power restoration.
Conclusion
In the rapidly evolving landscape of electric vehicles, safeguarding the charging infrastructure is paramount. V Kavach emerges as a crucial player in this realm, offering a state-of-the-art solution that addresses the unique challenges posed by transformer-less EV chargers. Its ability to withstand 440V for extended durations, coupled with its neutral open and double phasing protection, establishes V Kavach as the ultimate safeguard for your EV charging infrastructure. As the EV industry continues to thrive, V Kavach stands as a reliable and essential component in ensuring the longevity and reliability of electric vehicle charging stations.
MSS 