It is wisely said that the reason why lightening does not strike two times at the same place is that the same place isn't there the second time. Lightening is hazardous; in case it strikes it can take many valuable lives, cause serious injuries and destroy properties. It has been recorded that lightening can take more lives than other natural disasters like hurricane, tornadoes and floods. Lightening produces high current which has to be captured and send to earth in order to prevent these damages. Ezzi Engineering provides effective solutions to prevent the damage from lightening, although at present there are no devices which can stop the lightening formation but Ezzi Engineering has sorted out the way.
The current which is transmitted through lightening can be captured; it can be conducted to earth to avoid damage. The structure to prevent lightening damages is designed in the manner that the current is quickly and safely grounded and secondary effects of lightening are avoided. If lightening strikes a ground or hits an object or a person a side flash occurs and current spreads around unless prevented. These currents usually are minimized indoors and only strike on telephones or people taking shower or jewellery, clothing or heated material but it can strike outdoor on various places, things and people.
The phenomena to prevent lightening damage is designed by Ezzi Engineering in the manner that lightening is guided through lightening conduction rods and maximum current generated through lightening is transmitted to the ground. The current flows preventing many objects. Lightening comes with rain, before and during a rain or a thunderstorm lightening is witnessed, thunder clouds arrive rising air currents due to the air being heated near the ground by strong sunlight. The air in this rising air current is cooled, and the charge is separated when hail is generated, so the thunder clouds grow large due to the effect of electricity being generated. Thunder has a positive charge on the top and negative charge on the bottom and this is why a positively charged static electricity is generated near the ground.
As the lightening reaches the ground level the currents travels through the ground via the lightening rod conduction wires and the steel framework of the building. At the time of construction of the building the engineers include these lightening prevention frameworks in their design. As the current is maximized at the time of lightening a magnetic field is generated due to electromagnetic induction which induces a surge voltage in the cables and electronic equipments. Near the cables fixed in the ground and in underground electric lines an induced voltage is generated which flows under the ground preventing risky damages. Lightening produces discharge which disturbs the balanced electrostatic charge in overhead electric lines and the surge current flows from power supply lines and telephone lines causing damages.
In order to prevent these risky damages get the preventive measures done before its too late and serious damages have resulted. Contact Ezzi Engineering today and find your perfect solutions or visit www.ezziengineering.com to find solutions.
The current which is transmitted through lightening can be captured; it can be conducted to earth to avoid damage. The structure to prevent lightening damages is designed in the manner that the current is quickly and safely grounded and secondary effects of lightening are avoided. If lightening strikes a ground or hits an object or a person a side flash occurs and current spreads around unless prevented. These currents usually are minimized indoors and only strike on telephones or people taking shower or jewellery, clothing or heated material but it can strike outdoor on various places, things and people.
The phenomena to prevent lightening damage is designed by Ezzi Engineering in the manner that lightening is guided through lightening conduction rods and maximum current generated through lightening is transmitted to the ground. The current flows preventing many objects. Lightening comes with rain, before and during a rain or a thunderstorm lightening is witnessed, thunder clouds arrive rising air currents due to the air being heated near the ground by strong sunlight. The air in this rising air current is cooled, and the charge is separated when hail is generated, so the thunder clouds grow large due to the effect of electricity being generated. Thunder has a positive charge on the top and negative charge on the bottom and this is why a positively charged static electricity is generated near the ground.
As the lightening reaches the ground level the currents travels through the ground via the lightening rod conduction wires and the steel framework of the building. At the time of construction of the building the engineers include these lightening prevention frameworks in their design. As the current is maximized at the time of lightening a magnetic field is generated due to electromagnetic induction which induces a surge voltage in the cables and electronic equipments. Near the cables fixed in the ground and in underground electric lines an induced voltage is generated which flows under the ground preventing risky damages. Lightening produces discharge which disturbs the balanced electrostatic charge in overhead electric lines and the surge current flows from power supply lines and telephone lines causing damages.
In order to prevent these risky damages get the preventive measures done before its too late and serious damages have resulted. Contact Ezzi Engineering today and find your perfect solutions or visit www.ezziengineering.com to find solutions.
