落雷抑制システムズ_ Lightning Suppression Systems.Co. List of Products and Services

We would like to introduce the "Pole for Sacred Trees" designed to protect sacred trees from lightning strikes. The main body is a lightweight pole made of carbon fiber (CFRP), which maintains strength while the surrounding area is insulated with glass fiber (GFRP) to prevent electrical corrosion from contact with grounding wires. Thanks to the efforts of our partner companies, we have developed a pole that combines fiberglass and carbon fiber, making it possible to install a PDCE lightning rod above the sacred tree. 【Features】 ■ The tip of the pole is made of GFRP (glass fiber reinforced plastic) ■ Lightweight (7 poles at 14m) weighing approximately 11kg, minimizing the burden on the tree ■ Coated with UV-resistant paint (black) ■ The connection points of the two pipes are internally reinforced *For more details, please refer to the PDF document or feel free to contact us.

"PDCE" is installed in various locations, including factories, management offices, sports facilities, universities, and hospitals. 【Installation Examples (Excerpt)】 ■ Ministry of Land, Infrastructure, Transport and Tourism, Kanto Regional Development Bureau, Tone River Dam Integrated Management Office ■ Independent Administrative Institution, Water Resources Agency ■ Aichi Water Supply Comprehensive Management Office ■ Gunma Prefectural Enterprise Bureau, Shibukawa Industrial Water ■ Numata City, Gunma Prefecture, Numata Clean Center ■ Niigata Prefecture, Kariwa District, "Kariwa Pia Park Tōrinbo Soccer Field" *For more details, please check the link below <★Watch the video here!>. *When watching the video, please cooperate with a brief survey.

This document introduces examples of lightning strike accidents, including direct strikes and ground current lightning strikes at schoolyards and baseball fields, as well as the effects of lightning currents and their countermeasures. It also includes comparative materials on various countermeasures such as lightning rods, safety devices, and lightning warning systems, as well as installation examples in sports facilities, schools, and event venues. [Contents (excerpt)] ■ General mechanism of lightning ■ Lightning strikes could increase by 50% by 2100 due to climate change, according to U.S. research ■ Relationship between global warming and lightning strikes ■ Types of lightning damage and their countermeasures ■ Lightning accidents caused by direct strikes ■ Relationship between the pitcher's position and lightning rods *For more details, please refer to the PDF document or feel free to contact us.

The "PDCE" is a lightning rod that suppresses lightning strikes by generating a negative electrode at the top of a building, completely contrary to the conventional lightning rod concept, and preventing discharge from this lightning rod. This document introduces feedback from customers who have used multiple units of this product over several years. There are examples of reduced lightning strike incidents occurring within facilities. [Contents] - Situation along private railway lines in Tokyo - Feedback from Odakyu Electric Railway - Situation at a broadcasting station - Feedback from a Toyama private broadcasting station - Protecting the deep-sea drilling vessel "Chikyu" from lightning in the open sea - The PDCE lightning rod complies with the "Building Standards Act" for lightning protection equipment - Protection range and usage considerations *This document summarizes feedback from our customers; however, it reflects past results and does not guarantee that there will never be lightning strikes in the future. Please note the fact that damage has been reduced. *For more details, please refer to the PDF document or feel free to contact us.

We have delivered lightning protection rods for lightning suppression to the deep-sea exploration vessel "Chikyu," owned by the Japan Agency for Marine-Earth Science and Technology. The PDCE lightning rod, installed on a 120m tall derrick, forms a barrier that completely covers the vessel (length 210m), preventing lightning strikes within its range. This ensures that "Chikyu" is always protected from lightning strikes, no matter where it conducts research on Earth. [Installation Example] ■ Deep-sea exploration vessel "Chikyu" ■ Delivered lightning protection rods ■ Installed on a 120m tall derrick *For more details, please refer to the PDF document or feel free to contact us.

We are introducing examples of PDCE lightning rods in a video. Higashi Honganji Temple (Taito Ward, Tokyo), the head temple of the Jodo Shinshu Higashi Honganji sect, has implemented a lightning suppression system to protect the Great Buddha of Amida (located in Ushiku City, Ibaraki Prefecture) from lightning strikes. As climate warming progresses and the frequency of lightning strikes increases, we have implemented additional safety measures for our visitors. [Installation Examples] ■ Great Buddha of Amida (Ushiku City, Ibaraki Prefecture) ■ Lightning suppression system implemented *For more details, please refer to the PDF document or feel free to contact us.

Our lightning rod "PDCE" is different from the typical "lightning rods that generate upward leaders"; it is equipped with a mechanism to "avoid the lightning strike itself." We are currently offering a collection of case studies with photos and performance data. 【Examples of Use】 <Transportation> ◎ Airport facilities (radar antennas, ILS antennas, apron lighting, hangars, aviation fuel storage facilities) ◎ Port facilities (gantry cranes) ◎ Railways (signal stations, substations, level crossings) ◎ Roads (lighting in service areas and parking areas) <Buildings> ◎ Hospitals ◎ Offices, hotels, apartments ◎ Data centers ◎ Factories ◎ Golf courses ◎ Wooden structures <Open Areas> ◎ Schoolyards, sports fields ◎ Amusement parks, baseball fields <Others> ◎ Wireless antennas (fishing radio, mobile phone base stations, broadcasting stations, emergency disaster prevention radio) ◎ Outdoor surveillance cameras ◎ Energy and chemical industries ◎ Vessels *Please view from <Download>.

We would like to share feedback received from a certain railway company that has been using multiple PDCE units over several years. This company has traditionally struggled with lightning damage, particularly in elevated sections in the city center. In 2013, a train was struck by lightning on a bridge, causing significant transportation disruptions. As a preventive measure, PDCE lightning rods were gradually installed not only on bridges but also in elevated sections. "We have not experienced any lightning damage in the areas where the rods have been installed since then, and we are feeling the effects of lightning suppression," is the feedback we have received. 【Case Summary】 ■ Issue: The company had been troubled by lightning damage, especially in elevated sections in the city center. ■ Effect: There has been no lightning damage in the areas where the rods have been installed to date. ■ Survey Area - Central Point: Seijo Gakuen Mae Station [Latitude 35°38’25"/Longitude 139°35’57"] - Survey Range: 10km x 10km centered on the above point. *For more details, please download the PDF or feel free to contact us.

We would like to share feedback received from a local broadcasting station in Toyama that has been using multiple PDCE units over several years. At this station, the main transmission site and relay stations are installed on mountain peaks, where the probability of direct lightning strikes is high. When a strike occurs, failures in the power supply and broadcasting equipment frequently happen, and if damage occurs, it can take several hours of hiking through snowy mountains to reach the site, which has been a source of concern. "We have received feedback that since we replaced four relay stations along the coast, which had a high incidence of damage, with PDCE lightning rods four years ago, we have not experienced any lightning damage," they reported. [Case Overview] ■ Challenge: The high probability of direct lightning strikes frequently caused failures in the power supply and broadcasting equipment, and if damage occurred, it could take several hours of hiking through snowy mountains to reach the site. ■ Effect: There has been no lightning damage for four years. ■ Survey Area - Survey Location: Toyama Prefecture [Latitude 36°49'27"/Longitude 137°12'42"] - Survey Range: 60km x 60km centered around the above location. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where a "dream home" was completely destroyed by lightning during a torrential downpour, and a new house was rebuilt over a year and a half, incorporating the "PDCE lightning rod." After the incident, the customer researched lightning protection measures on their own, but felt uncomfortable with the information found online, which mainly discussed methods of attracting lightning to the rod and grounding it. Continuing their research, they discovered our lightning suppression product and proceeded with the installation. They have shared, "It has been six years since the lightning strike, and we are living with peace of mind." [Case Overview] ■ Home completely destroyed by lightning, rebuilt over a year and a half ■ Felt uncomfortable with the idea of "attracting lightning to the rod and grounding it" ■ Installed PDCE-baby in the rebuilt home *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where our products were installed at Kōka Gakuen, a prestigious Catholic school in Tokyo. The school was considering lightning protection measures due to incidents where lightning struck a nearby pine tree, causing the servers to fail to start. They decided to implement PDCE as a rational alternative to traditional lightning rods that assist in directing lightning strikes away. 【Case Overview】 ■ Witnessed numerous lightning strike incidents in my previous job ■ No time to waste on lightning protection in educational settings *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case study of the implementation of "PDCE-Junior Marine" for a major domestic shipping company focused on oil product tankers. Since installing it on a company ship that entered the dock in 2020, the company has been equipping new ships with this product. "We believe that the cost of PDCE is negligible compared to maintenance expenses, and safety comes first," is the feedback we have received. 【Case Overview】 ■ The current electronically controlled ships are "clusters of circuit boards." ■ Lightning strikes on the bridge can render the ship unable to navigate. ■ PDCE lightning protection balls were installed on the company ships. ■ Trust in the distributor. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where lightning protection measures were implemented at a golf course, establishing lightning protection facilities that enable evacuation within 14 minutes. Although there have been no lightning incidents at this golf course so far, with the intensification of weather patterns, we believe that the possibility of an incident occurring is not far off. We absolutely want to avoid any injuries or accidents to our customers who come to enjoy their time. We have newly established 83 lightning protection facilities, ensuring that evacuation can be completed within 14 minutes from any hole. The installation work began in the spring of 2024, and we completed the setup by early June, before the increase in thunderstorms. [Case Overview] ■ Challenges - No lightning incidents have occurred, but one could happen eventually. - Evacuation is not possible near lightning rods that attract lightning. ■ Results - Established 83 new lightning protection facilities, allowing evacuation within 14 minutes from any hole. *For more details, please download the PDF or feel free to contact us.

To the railway company, we would like to introduce a case study of lightning protection measures that were implemented after incurring hundreds of millions in damages, with no lightning strikes occurring over a span of ten years. In the summer of 2013, frequent power outages were occurring due to lightning strikes affecting the protective devices at substations. Shortly thereafter, a lightning strike occurred near a train traveling between Izumi-Tamagawa and Noborito, resulting in damage to some of the equipment necessary for operating the train. As a measure to prevent recurrence, the only solution was the PDCE, and 26 Junior-Marine units were installed at the damaged Tamagawa Bridge and elevated bridge sections. Subsequently, 32 units were installed between Seijo-Gakuenmae Station and Kitami, 58 units between Gotokuji Station and Kyodo Station, and 97 units between Kyodo Station, Chitose-Funabashi Station, and Soshigaya-Okurayama Station, focusing on the elevated bridge sections. [Case Overview (Excerpt)] - On August 12, 2013, a lightning strike occurred near a train traveling on the Tamagawa Bridge. - While searching for lightning protection measures to replace the overhead ground wire. - 26 Junior-Marine units were installed in the section between Izumi-Tamagawa Station and Noborito Station. - A lightning strike near Katase-Enoshima Station resulted in damages amounting to hundreds of millions. - Even railway companies that prioritize proven results are being recommended "new lightning rods." *For more details, please download the PDF or feel free to contact us.

August is a time when about 30% of lightning damage occurs, indicating a period of heightened weather risk. In some cases, the damage amounts to tens of millions of yen, and production losses equivalent to two weeks of output can occur, resulting in significant financial and material losses. This document introduces examples and trends of lightning damage in Japan, as well as the mechanisms of lightning occurrence and lightning prevention measures, aimed at companies considering lightning countermeasures and risk management. We hope it will be useful for the implementation of BCP (Business Continuity Planning) and lightning measures. 【Recommended for】 ◎ Those who want to know effective lightning countermeasures ◎ Those who feel the importance of responding to extreme weather and lightning ◎ Those curious about what other companies and facilities are doing for lightning countermeasures *You can view it immediately by downloading the catalog. Please feel free to contact us with any inquiries.

We would like to introduce a case of installing the PDCE lightning protection ball to the general incorporated association MFA-B&S. When establishing a new ground for player development, we felt that lightning protection was essential. Just then, a lightning strike caused damage at a high school ground in Miyazaki City. We thought it was imperative to implement a countermeasure to replace traditional lightning rods, so we contacted a retailer and received a proposal to install the PDCE, which operates on the opposite principle of attracting lightning. We have installed two "PDCE-2020 Legacy Models" on the LED lighting poles for night games, aligned with the centerline extension. The PDCE lightning protection ball, equipped with features that do not invite lightning strikes, has already protected 4,300 installations across the country, including the Self-Defense Forces, railways, factories, and outdoor sports facilities. [Reasons for Implementation] - We felt the danger of lightning rods. - Lightning strike incidents in Miyazaki. - Information provided by J-League officials. - It is the responsibility of adults to prepare for lightning strike incidents. *For more details, please download the PDF or feel free to contact us.

In this document, we present a summary of cases of individuals and organizations facing lightning damage with the new lightning rod technology. We provide detailed accounts of five cases, including a musician who introduced the PDCE lightning rod in their newly rebuilt home after a year and a half, and the Higashi Honganji Ushiku Great Buddha, which boldly adopted the previously unknown PDCE technology, among others, illustrated with images. This is a valuable read, so please take a look. 【Featured Cases】 ■ Pianist, Keyboardist, Composer ■ Higashi Honganji Temple, Ushiku Great Buddha ■ Kōka Gakuen Educational Institution ■ Keio Corporation ■ Japan Agency for Marine-Earth Science and Technology (JAMSTEC) Chikyu *For more details, please download the PDF or feel free to contact us.

This document summarizes examples of individuals and organizations facing lightning damage with new lightning rods. It provides detailed examples, using images, of cases where a total of nine units were installed in existing facilities, as well as customer cases from over ten years since the initial introduction in 2013. This is a useful reference, so please take a moment to read it. 【Featured Cases】 ■ DOWA High-Tech Co., Ltd. ■ Smart Solar Co., Ltd. ■ Accordia Golf Co., Ltd. ■ Odakyu Engineering Co., Ltd. *For more details, please download the PDF or feel free to contact us.

We would like to introduce a case where the "PDCE Lightning Protection Ball" was implemented in the lightning protection system for a fireworks festival. During the previous festival, the weather changed suddenly four hours before the launch, resulting in a thunderstorm. Experts analyzed the latest weather data and confirmed that there was no risk of lightning at the launch time, allowing the event to proceed. However, this year, we prepared for the worst-case scenario with a new lightning protection system. Our product, equipped with features that prevent lightning strikes, has already protected 4,100 installations across the country, including the Self-Defense Forces, railways, factories, and outdoor sports facilities. 【Features】 - No power supply required as it utilizes charges induced in the ground - No maintenance costs, such as for replenishing salts - Durable stainless steel construction - Reliable Japanese-made product with a 10-year warranty *For more details, please download the PDF or feel free to contact us.