When it comes to lightning protection, most of the people are using old solutions and outdated technology or no protection at all exposing their material goods and even their life.
Historically the choices were:
The problem with the existent solution is that they are designed to attract or to draw a lightning. These methods are extremely dangerous for people and property since you cant really measure the impact of the lightning. These methods allow a serious potential damage with possible body injuries or death as well as expensive material damage
The PDCE uses de-ionizer technology to prevent the lightning to strike. The device contains a superior and an inferior layer that is separated by a thermoplastic dielectric. This prevents that the positive ions that goes from the ground connects with the negative ions on the environment. If these elements cant crash a discharge cant be formed (lightning).
Essentially the device creates a 100 meter protected area around the structure in which it is installed. It has been proven effective thousand of times around the world and it has been tested in several labs in South America and in Europe.
Unlike the traditional lightning rods that can cause power outages on the production lines around industries or there is risk of electrical accidents that can cost several US millions in compensations, the PDCE guarantees the reliability of the systems and computer data during the storms, it also optimizes the production competitive and improves the safety of people and goods, among other positive aspect.
Praised for its design and the technological innovation, the PDCE follows strict safety guidelines and also of electromagnetic compatibility in order to protect people, animals and goods in over 20 countries and its rapidly becoming the lightning rod of the future.
The PDCE is made of aluminum and methacrylate and doesn’t contain any electronic component or radioactive material. This means that there are no moving parts or electronic that could fail, so this makes a trouble free installation for the future.
The PDCE doesn’t need power; the lower head is positively charge and induces the upper head to balance the potential difference attracting charges with opposite signs. During the increase of potential difference between the 2 electrodes of the PDCE there is a orderly flow of electrons (current) that is leak to the ground to prevent the condenser to be charge, transforming the charges into current. The result is a weak circulation of current (microamperes) that is constantly charge (during the storm) making the high voltage electric field null
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