Two residents died Wednesday after a massive fire broke out in a residential building in Noida, Uttar Pradesh [1].
The incident highlights the growing safety concerns surrounding the charging of electric vehicles in densely populated residential areas. As electric mobility increases in India, the risk of lithium-ion battery fires in non-specialized parking structures remains a critical public safety issue.
The fire started in the ground-floor parking area of a five-story building in Mamura village, Sector 66 [2]. Reports said the blaze was triggered by a spark from an electric bike or vehicle while it was being charged [3]. The flames quickly spread, engulfing the residential structure and trapping residents in the upper floors [4].
Emergency services launched a rescue operation to clear the building. Firefighters and rescue teams evacuated approximately 50 families [5]. Rescue reports said over 100 people were rescued from the building during the operation [6].
Local authorities are investigating the exact cause of the spark. While some reports specify an electric bike [2], others said the fire was caused more broadly by an electric vehicle charging in the parking zone [3]. The scale of the fire caused significant damage to the five-story structure, though the full extent of the property loss has not been detailed.
Rescue operations focused on the rapid evacuation of the building to prevent further loss of life. The two confirmed deaths occurred as the fire spread from the parking level to the residential units above [1].
“Two residents died Wednesday after a massive fire broke out in a residential building in Noida”
This incident underscores a systemic vulnerability in urban Indian housing, where older residential buildings in village clusters like Mamura lack the fire-suppression infrastructure necessary to handle chemical fires caused by electric vehicle batteries. The rapid spread from a ground-floor parking area to a five-story residence suggests that charging protocols and building codes have not kept pace with the adoption of electric mobility.
