Two people died Wednesday in a building fire in Noida, India, after an electric scooter battery short-circuited during charging [1].
The incident highlights the growing safety concerns surrounding lithium-ion battery stability and the risks of charging electric vehicles in residential areas.
The blaze broke out in Mamura village, located in Sector 66 of Noida, Uttar Pradesh [1, 2]. The fire occurred within the limits of the Phase-3 police station [1, 2]. According to preliminary investigations, a spark from the charging electric scooter battery ignited other vehicles parked on the ground floor, causing the fire to spread rapidly through the structure [1, 2].
Emergency responders dispatched seven fire tenders to the scene to combat the flames [1]. Firefighters worked to contain the blaze as it threatened the building and surrounding properties in the densely populated village area [1, 2].
Police and fire officials said the short circuit in the EV battery was the primary trigger for the disaster [1, 2]. The two victims died as a result of the fire [1]. Local authorities have not yet released the identities of the deceased, but they confirmed that the fire started on the ground floor before moving upward [1, 2].
This event follows a pattern of urban fires linked to electric vehicle components in India. The rapid spread of the fire was exacerbated by the presence of multiple vehicles in the charging area, which acted as fuel for the initial spark [1, 2].
“Two people died Wednesday in a building fire in Noida, India”
This incident underscores the critical need for standardized safety protocols and fire-resistant infrastructure in residential charging zones. As electric vehicle adoption increases in densely populated urban centers like Noida, the risk of thermal runaway in lithium-ion batteries presents a significant public safety challenge that requires stricter building codes and specialized firefighting equipment.
