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Anti Electric shock System In Water Immersion (NESIWI System)



πŸ”° What Is Zero Potential Technology? The Science Behind Electromagnetic Shielding

In today’s world full of smart devices, WiFi signals, and electronics everywhere, electromagnetic interference (EMI) has become a common challenge. Whether it's your smart home system, industrial equipment, or precision electronics β€” protecting them from unwanted electromagnetic fields is crucial.

This is where Zero Potential Technology comes in.

πŸ›‘οΈ What Is Zero Potential Technology?

Zero potential technology uses a special conductor connected to the external environment to absorb and neutralize electromagnetic fields.

The key idea: the conductor maintains an electrical potential close to zero, allowing it to act as a natural shield.

⚑ How Does It Work?

When electromagnetic fields around the conductor change, the conductor automatically rearranges its internal charges to counter the disturbance.

Here’s what happens:

  • If the surrounding field is filled with positive charges, the conductor produces negative charges.
  • If the external field has negative charges, the conductor forms positive charges.

This opposite charge distribution creates a balancing effect, keeping the conductor’s outer surface at zero potential.

πŸ”„ The Cancellation Effect

Inside the conductor, opposite charges rotate in a counter-acting manner.

This motion cancels out incoming electromagnetic energy.

πŸ‘‰ Result:

No leakage current on the outer surface.

No disturbance to internal circuits.

A powerful, reliable electromagnetic shielding effect.

🧲 Why Is This Important?

Zero potential shielding is widely used in:

  • Smart home devices
  • Industrial automation
  • High-precision electronics
  • Communication systems
  • Sensitive sensor equipment

It ensures stable performance, reduces interference, and protects both devices and users.

πŸš€ Final Thought

Zero Potential Technology might sound complex, but its purpose is simple β€” to create a clean, stable, interference-free environment for your electronics.

Perfect for the modern world where smart devices and connectivity are everywhere.


⚑ Electricity: A Gift to Humanity β€” and a Hidden Threat We Cannot Ignore

Since the day humans first discovered and harnessed electricity, our world has never been the same.

Electricity has powered revolutions, transformed industries, and elevated human civilization to unimaginable heights.

Because of electricity:

✨ We enjoy powerful, efficient tools.

✨ Our homes, factories, and cities run smoothly.

✨ Communication, transportation, and technology have leaped forward.

✨ And most importantly β€” electricity has brought light and life to human society.

Today, electricity is the backbone of modern civilization. Our daily lives are completely dependent on it.

But with this incredible power comes a growing and often underestimated danger…

πŸ”₯ When Electricity Turns Hazardous

As the use of electricity spreads widely across the world, the number of fires, short circuits, and electric shock accidents has risen sharply.

Every industry using electricity β€” machinery, household appliances, factories, power grids, communication systems, and transport networks β€” faces risks that can cause devastating consequences.

The harsh reality:

⚠️ Electrical fires are increasingly common

⚠️ Traditional electrical systems have many hidden dangers

⚠️ One small fault can cause massive economic loss or endanger lives

In many cases, the threats are silent but deadly.

⚠️ Four Major Electrical Dangers

πŸ”Œ Leakage Current

A hidden flow of electricity escaping the system can cause shocks and ignite flammable materials.

⚑ Electric Shock

Accidental contact with live circuits can be fatal within seconds.

πŸ”₯ Arc Fault

A tiny spark between two conductors can quickly become a powerful fire source.

🌩️ Static Electricity

Often ignored, but capable of triggering explosions in sensitive environments.

These hazards have made electricity both a blessing and a ticking time bomb.

🧲 The Invisible Threat: Electromagnetic Interference (EMI)

Beyond visible sparks and shocks, another serious issue grows silently β€” electromagnetic waves.

  • EMI can disrupt the normal functioning of electronic devices
  • It can cause errors in data transmission
  • It can lead to malfunctions in communication networks and power systems
  • Excessive electromagnetic radiation can also harm the human body

In a world full of smart devices, WiFi signals, and interconnected systems, electromagnetic safety matters more than ever.

πŸ”š Final Thought

Electricity has shaped our world β€” but its risks have grown equally powerful.

Understanding these dangers is the first step toward building a safer, more reliable, and technologically advanced future.


ELECTRICAL SAFETY ACCIDENTS

With the improvement of living standards and the widespread use of electrical equipment, the number of fires and electric shock accidents has also increased. Electric shock incidents rise significantly during the rainy season, and cases of children getting electrocuted due to power sockets are becoming more common.

Due to industrialization and intelligent technology development, the demand for electricity and its application range has expanded. As a result, the fatality rate of electric shock accidents among the general public is increasing, and the rate of such accidents among professionals is also rising. Fire accidents caused by electrical issues are also on the rise.

Electrical Fire Accidents

πŸ“Œ 1,320,000 incidents

Economic Losses

πŸ“Œ 7.82 billion yuan

Casualties

πŸ“Œ 6,738 people injured

πŸ“Œ 11,634 deaths



⚑ Electrical Safety Accidents β€” A Growing Hidden Danger

As living standards rise and electrical appliances become more common, fires and electric shock accidents are increasing every year.

During the rainy season, electric shock cases spike β€” especially children getting shocked due to unsafe power sockets.

With rapid industrialization and smart-technology growth, electricity usage is expanding across homes, factories, and industries.

This has led to:

  • πŸ“ˆ More electric shock fatalities among the general public
  • πŸ“ˆ Increased electrical accidents even among trained professionals
  • πŸ“ˆ A sharp rise in fires caused by electrical faults

πŸ”₯ Electrical Fire Accident Statistics

πŸ”Ή 1,320,000+ fire incidents

πŸ”Ή Β₯7.82 billion in economic losses

πŸ”Ή 6,738 people injured

πŸ”Ή 11,634 deaths

⚠️ Electricity brings convenience β€” but also serious risks.

Stay aware. Stay protected. Stay safe.


⚑ REALISTIC BACKGROUND

πŸ”Œ The Evolution of Electricity in Our Era

Since electricity was invented, leakage currents have caused countless fires and electric shock accidents. These dangers affect every major sector β€” machinery, home appliances, power grids, communication networks, and transportation systems.

Today, with rapid technological advancement, new safety innovations are transforming the electrical world:

✨ Ensuring safe and stable power system operation

✨ Improving energy efficiency

✨ Reducing power losses

✨ Enabling intelligent monitoring and management

These advancements are helping protect global resources and improve the environment.

Electricity is evolving β€” and safety must evolve with it 

REALISTIC BACKGROUND

THE CHANGES IN ELECTRICITY IN THE ERA 

Since the invention of electricity, fires and electric shock accidents caused by leakage currents have occurred repeatedly, affecting a wide range of electricity-related industries such as machinery, electrical appliances, household devices, power grids, communication networks, and transportation systems. The hazards posed by leakage current are extensive and widespread.

With the development of modern technology, new solutions are emerging. These innovations not only ensure the safe and stable operation of electrical systems but also help improve energy efficiency, reduce power losses, and enable intelligent monitoring and management. Together, these advancements provide strong support for resource conservation and environmental protection on a global scale


Core Features

Essential tools for your success.

Protects against water immersion and accidental electric shock to metal surfaces.

Preventing fires caused by short circuits in the wiring

Protect electrical equipment

Average energy savings of 2-9%

Anti-static and lightning protection

Electromagnetic Wave Radiation Protection

Automatic Reclosing Function

Foundation Package

Everything you need to

Foundation Package

Everything you need to get started.

Preventing Electrical Short Circuit Fires

Over Temperature Protection for Circuit

Leakage Current Quantity Record

Missing Phase Protection

Over Voltage Protection

Intelligent Management Platform

and 23 other functions

Preventing the danger of

electric shock caused by leakage current in water, metal surfaces, etc

Fire prevention: 

Prevent fires caused by aging circuits, short circuits, overvoltage, and overload.

The "0" potential technology 

of multi-functional protectors for electrical equipment (protects against damage caused by overvoltage, overload, and phase loss to household appliances and industrial equipment)

Energy saving of 2-9%, effectively  

  saving energy and reducing costs, with maximum effective energy saving of up to 19% (depending on the power usage environment).

  Protection against electromagnetic radiation and static electricity

Effectively shields electromagnetic radiation, protects against lightning strikes, prevents flowing charges from forming current, and avoids static electricity buildup. 06  

  Intelligent management platform  

The intelligent online remote control platform can monitor and understand changes in electricity consumption data in real time, transforming human management into intelligent management   

Core Features

Prevent water immersion and accidental electric shock on metal surfacesPreventing fires caused by short circuits in power lines

Protecting electrical equipment Average power saving of 2-9% Anti static and lightning protection Protection against electromagnetic radiation Automatic reclosing function

Preventing electrical short circuits and fires

Line over temperature protection Record of leakage quantity

Lack of phase protection Overvoltage and overload protection

ntelligent management platform

Waiting for 23 functions

 Our Product





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