Front (size: A4)

Compound Air-PlasmaLightning Rejection System

CPLR or Compound Air Plasma Lightning Rejection

System is the first system ever invented in the world to

extinguish the lightning strikes. Invented by the one of

the top 60 scientist in China, Professor Dr Kun Sheng

Wang had received several silver and gold awards in

international invention fairs for this invention. The

principles of the CPLR is to neutralized the downleader

streamer of the lightning cloud by generating highly

density plasma ion and released it to the air. Thus, will

eliminate the early formation of the lightning strikes and

protect the vicinities.

How CPLR Works?How CPLR Works?

Standard Lightning protection system either conventional or unconventional early streamer emission (ESE) will divert the high energy lightning to the ground. This will protect the building structure as well as the human life inside the building and also prevent fire. But, no matter how effective your lightning protection system, the equipment is still subject to secondary effect of lightning or “transient overvoltage” or commonly known as “surges”.

By implementing the CPLR, the area under the protection radius will never experienced direct lightning strikes or surges since the formation of lightning is neutralize through the emission of the high density plasma into the air.

Why CPLR?Why CPLR?

From left to right : Early lightning detector, PLC control unit and air plasma generator.

PLC control unit Control unit display

The early lightning detector will detect electrical field strength of lightning cloud within the radius of 20km. Then the detector will triggers the control unit to automatically starts the air-plasma generator. The generator will release the ions when the lightning cloud is within 3km radius. The released positive charges will neutralize the not so intensified downward leader from the cloud. Meanwhile the released negative charges will neutralize the natural positive charges on the ground.

This process innovatively diffuse the formation of lightning.

Back

CPLR is mostly suitable for solar farm, military radar station, ammunition depot and

highly inflammable area.

In solar farm for instance, it is worthy to install CPLR because of the millions initial

investment incurred . A typical 2MWp system is easily cost more than RM15millions

and per month sun yield is approximately RM200,000. Imagine if the system strikes by

lightning and fails for weeks, losses will be millions!

Geographically, Malaysia is located in one of the world's highest lightning density

regions. Solar farm especially, requires direct sunlight for optimum output. The PV

panels are openly at risk to lightning strikes. Investors should seriously consider CPLR

as an effective solutions to protect their investment. Beside that, CPLR will also save

the cost of replacing the equipment damaged by lightning.

CPLR is the best choice to provide the best insurance for your investment.

Typical Application of CPLRTypical Application of CPLR

* H : height of the system installed

Radius of protection area

Angle of protection

Technical speci�cationsModel Number CPLR - 1000G - PKT

Power Supply 220Vac,~ 50/60Hz, Single phase

Rated power 1000 Watt

Energy Consumption 1 kWh

Plasma density 10 N/m315

Radius of protection 8 x Height , H

Angle of protection 83°

Early Lightning detector radius 20 km

Early Lightning detector electrical Field Strength 0.1 - 50 kV/m (factory preset is 20)

Reaction time for alarm ≤ 10 sec

Ambient temperature - 40°C ~ +50°C

Rated duty cycle 100%

Weight ≤ 80 kg Dimensions

Length of each lightning tube 6500 mm

Diameter of shielding ball 750 mm

R

H

Innovative Engineering by:Pekat Engineering Sdn Bhd.5&6, Teknologi Kubik, No 6, Jalan Teknologi 3/4, Taman Sains Selangor 1,Kota Damansara, 47810 Petaling Jaya, Selangor Darul Ehsan

Tel: (603) 2300 8010 Fax: (603) 9235 1077Website : www.pekat.com.my