Transformer Protector vs Other Protection Systems

TAKE AWAY vs Standard protections

Some of these solutions do not prevent fire from happening but they are designed to control and extinguish the fire.
Most of these solutions need to work with the aid of sensors and additional alarms and monitoring systems.
As they need sensors, alarms, and monitoring, their reads can be altered by cyberattacks.
Not always suitable to be installed on existing buildings, installations, and transformers.
The ones that are meant to prevent fire from happening are not as fast as needed.
None of these solutions can prevent tank rupture from internal arc fault.
Some of these solutions contaminate the environment.

Some of these solutions are not autonomous and some of them can be affected by extreme weather conditions.
Some of these solutions can be misled and triggered by external factors (like a seism) and then misoperate.
Some of these solutions act as alarms and monitoring devices, not as an explosion prevention device.
As they need sensors, alarms, and monitoring, their reads can be altered by cyberattacks.
Not always suitable to be installed on existing buildings, installations, and transformers.
None of these solutions is designed to prevent or act in case of low impedance failure.
The ones that are meant to prevent fire from happening are not as fast as needed.
None of these solutions can prevent tank rupture from internal arc fault.
Sometimes its installation is costly and difficult to perform.

Some of these solutions are not autonomous and some of them can be affected by extreme weather conditions.
All these solutions act as alarms and monitoring devices, not as explosion prevention devices.
As they need sensors, alarms, and monitoring, their reads can be altered by cyberattacks.
None of these solutions is designed to prevent or act in case of low impedance failure.
None of these solutions can prevent tank rupture from internal arc fault.

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