to STOP lightning
damages
01
We prevent lightning formation on the protected structure.
Traditional systems ‘try’ to divert the intensity of the lightning to the ground, often causing damage to both the structure itself and the lightning rod, which then needs to be replaced.
02
We minimize indirect effects.
We reduce the effects of lightning strikes occurring outside the coverage area.
04
With the most demanding certifications
Bureau Veritas certification according to UNE-EN-62305-1-2-3-4 standard, and compliance with the most stringent regulations.
Why stop a lightning strike when you can prevent it?
Paradoxically, until now, the only way to “protect” against lightning was by attracting it to try to “dissipate” its energy to the ground or to divert it away from the area to be protected.
In this regard, all traditional lightning protection systems are based on the same concept: dissipating the energy of the lightning through conductors and the structure itself. However, the damages resulting from the impact of the lightning will depend on its intensity, and in no case will they be avoided.
At Dinnteco, for over 20 years, we’ve been PREVENTING LIGHTNING and safeguarding lives and all types of installations on sea and land.
The Dinnteco System prevents lightning strikes and thereby mitigates risks and damages.
Discover it in this video!
Our products
dinnteco solutions as an alternative to traditional lightning rods. The most effective lightning protection on the market that adapts to every environment and type of installation.
Case studies
SUCCESS STORY: CONDUGROUND & CONDUCTHOR
In this case, ConduGround and ConducThor are products used to upgrade and improve the grounding system of an expansion in telecommunications centers.
COROCAM: OVERHAUL AND MAINTENANCE OF HIGH VOLTAGE LINES
Maintenance (insulation cleaning and retightening of bolts) is performed at the 130kV position of the substation.
AGBAR: 7 WATER TREATMENT PLANTS SUPPLYING WATER TO BARCELONA
SUEZ is a French company of international nature. It specializes in water resources management.
SAGRADA FAMILIA CRANE
Did you know that the Sagrada Familia has more than 1000 cameras? And that its cranes act as natural lightning rods. As the structures are higher and more conductive, it is normal for them to receive lightning strikes.
PT XL AIXATA TBK – Indonesia
Indonesian telecommunications company with 34 % of lightning failures decides to test 3 systems: Active Lightning Arrester, DAS system and DDCE.
ITELAZPI: Telecommunication towers
Itelazpi manages the telecommunications and TV network in the País Vasco. It is an area with a high ceráunic index and a complex orography, so the lightning problem is a serious and recurrent issue.
AXION: Telecommunications tower
Axion is an infrastructure manager operating mainly in southern Spain. Request protection for a critical communications center.
VIESGO: Pico Jano Telecommunications Center
VIESGO is a Spanish power company located in Cantabria, a geographical area with a high ceráunic index (lightning density).
OUR CUSTOMERS
They already trust us
We continue with 0 incidents in the Pacific. And in the Atlantic we had a lightning strike on a crane-tower,... but because they had already dismantled the last protection equipment. So once again I will emphasize how satisfied I am with your product.
In such a way that I have no objection to widely recommend this new technology and I have no doubt that it will mark a very radical change in terms of Lightning Protection Systems in Mexico and in terms of compliance with the Federal Law and Standardization in its regulations of Pemex Exploration and Production and the Mexican Petroleum Institute, in its first edition P.4.0220.01 March 2008, referring to "Protection Systems Against Atmospheric Electrical Discharges in Petroleum Installations".
If we compare the level of lightning incidence/impact prior to the date of installation, we can consider that the results are ideal, and therefore, and based on budget availability, there is the intention to continue installing this type of equipment.
Axion seeks to apply technological advances in the protection and management of its telecommunications infrastructures, so it has opted for the Dinnteco system for lightning protection and improvement of the ground network in one of its critical high mountain centers, being the first step to ensure the rest of critical centers that are usually more affected by this phenomenon.
- The installation of the DDCE has improved RCO communications by an average of 10db. - Some of them were out due to lack of communication with the repeater and now all of them are operational. Even others that were saturated now work in an optimal range, a great success.
Certifications
Certificate from DDCE by Bureau Veritas (Es036861)
Lightning Protection | UNE-EN (IEC 62305:2012)
Safety against the risk of lightning | CTE (Technical Building Code): SU8
NBR 5419:2015 | IRAM 2184:2011
NTC 4552:2008 | SANS 10313:2012
AS/NZS1768/2007
NFPA 780:2011 | CAN/CSA-B72-M87(R2013)
CE Marking
The DDCE device complies with the General Product Safety Law and the electromagnetic compatibility working limits, under the requirements of CE marking.
- Product Safety | Directive 2001/95/EC
- Electromagnetic Compatibility | Directive 2004/108/EC
