Ice Prevention on Power Lines


Simple and effective



Install PLECTRON® on power lines


PLECTRON® monitors temperature, humidity real time


PLECTRON® vibrates the power lines to prevent ice


PLECTRON® combines monitoring and on-site maintenance of power lines


Designed for 1kV -50 kV

Working Temperature -40 °F <->122°F (-40 °C <->50 °C)

Clears 1148ft (350m) in 1 Second

Patented. PCT/TR2019/050519.

IP67 Protection Class

5 Years Lifetime


In winter, when the ice on power lines becomes too heavy, it snaps the lines. This is a problem all over the world. Our innovative solution, Plectron, prevents ice formation by shaking the snow off and Data Provision on Power Lines. While our competitors are monitoring wet snow accumulation or virtually estimating snowfall on power lines using weather forecast data, utilities still have to deploy linemen to clean the power lines from wet snow. By the time, the linemen can access the power lines, harsh weather conditions and ice on powerlines, bring the poles down. This increases the cost of reinstalling the lines. However, Plectron our product senses the snow formation and shakes it off the line gently before snow turns ice.


First Area Tests in Uludag, Bursa, Turkey, 2019 Winter.

Area Tests in Uludag, Bursa, Turkey, 2020 Winter.

Area Tests in Uludag, Bursa, Turkey, 2020 Winter.

The Story of Plectron®

Plectron was born during a chat with a few friends, seeking a solution to the icing problem in the power transmission lines. A friend of ours working at the electricity distribution company told us about the problems with the distribution lines. Just that week, he described, 20 poles were down due to the ice load problem, and dozens of people have been repairing them in a blizzard for days. During such times, he said, there were frequent injuries and even fatal accidents. A problem leading to fatalities even in the 21st century, has intrigued us. The more we looked into the business, the more we realized we were facing a more dire problem than we thought. It wasn’t just a problem that affected people working on the lines., a power outage caused thousands of people to be left without energy and water. In the U.S. alone, every year 1,000 people die due to problems with power transmission lines (Trotter, 2005). As a matter of fact, we started our search for a solution that would reduce the loss of life and also prevent all sorts of problems caused by icing of power lines.
First of all, we’ve noticed that: All solutions in the world are about cleaning the line once ice is formed. However, preventing it requires much less energy. Also, cleaning the line from ice after the fact is not the solution because cleaning hours are daytime, whereas icing and downing occur mostly at night.
The least costly and environmentally clean way to prevent ice is to vibrate that line. As a Turkish proverb says, “the working iron shines.” Trembling wire doesn’t freeze either. As such, vibration is the most logical solution.
However, during our R&D process, we ran into another problem: Where were we going to get the energy to vibrate the line?
The battery was not a sustainable solution because it needed to be recharged constantly. Even if we found a constantly charging solution such as the sun or etc., then we faced the problem of battery lifetime because as battery keeps discharging and recharging, 70% of its lifetime is spent in the first year. Therefore, we decided to use a “supercapacitor” which can work with constant discharging and recharging. This is a solution that can keep its lifetime and power even regardless of the times it discharges and recharges.
Coming to the charging problem, If we were to use the sun to charge the supercapacitor, in the long run, when the sun-battery got covered with dust or dirt, it could not have functioned. Furthermore, in places where there is half an hour of sun a day, our device would not be able to charge itself. That is why that alternative was eliminated. Secondly, we thought of charging with piezoelectric because the line is in constant motion due to wind. That motion could have been enough to charge the device however, we realized the piezoelectric materials would be easily eroded due to the magnetic field created around the lines where 35.000 V was passing. That alternative got eliminated as well. Finally, we reminisced “the right-hand method” we had learned in high school. The power that was running through the line was generating a magnetic field around the line. We could use this magnetic field to charge our supercapacitor!
Next, we had to detect the forming of ice. Previously, the power distribution companies had used a camera to detect if ice formed or not. This idea seemed ridiculous to us because one can know if ice is forming without seeing it. We found a much cheaper and sustainable solution: Passively measuring temperature and humidity to detect icing! The result is a scientific fact: ice forms above 60% humidity and below 5 degrees celcius.
The Plectron emerged as a combination of all these solutions. Of course, we also found solutions to many problems such as which motors to use, which materials to charge in which geometric way, which way the vibration to happen and at which frequency, but each was resolved one by one..
From now on, we want to add new ones to our existing sensors which will allow us to collect significant amount of data on distribution lines. With this data, power lines can be monitored much more intelligently. We can instantly transfer that data to the DSO center with a communication kit (which is now a work in progress). To sum up, we can offer a much cheaper and better-quality alternative to systems called “smart grids”.
Trotter, J. 2005. Safety programs that work. Presentation at the American Public Power Association National Conference, Anaheim, Calif., June 18–22.

Our Team

Mustafa Kemal İşen
Mustafa Kemal İşen

Starting his entrepreneurship adventure in 2010, Mustafa has founded 5 different companies, three of which failed. In his last venture Mavilab Software Inc, he has received 490.000 € investment from a Dutch Venture Capital Fund called Diffusion Capital Fund. Later, he has received 400.000 € investment from Vestel Inc, one of the largest electronics corporations in Turkey. Mavilab Software Inc. has signed a 2 million € distributor agreement. Mustafa exited from Mavilab Softare Inc. by selling all his shares to Vestel except for 5%. Mustafa has experience in all stages of a startup from its founding to exit. He knows valuation. He has managed 12 people for three years. He knows how to develop customers, product and market. Mustafa has two patent applications, one of them is approved in EU and USA.

Sedat Görmüş
Sedat Görmüş

Sedat GORMUS (CTO) has a Ph.D. about communication protocols from the University of Bristol, UK. He also worked in Toshiba UK and Xad Communications. He is also part-time faculty member in Karadeniz Technical University.

Ozan Sönmez
Ozan Sönmez

Ozan Sonmez is currently the Lead Program Designer of SDG Impact Accelerator;the first Global Social Impact Accelerator Program in Turkey built by UNDP and Ministry of Foreign Affairs of Turkey in partnership with Bill&Melinda Gates Foundation &World Food Program. He was the founding Managing Director of Growth Circuit Accelerator(GCA)in San Francisco which invested to the highest number of Startups built by Global Turks abroad. Ozan helped international startups with at least one Turkish founder, to launch in Silicon Valley through partnerships with partners like UC Berkeley, Draper University, USMAC and ABC Accelerators. He is a CPA with years of financial services expertise in Deloitte and Laureate International Universities Network. At Blink Energy, Inc. he is leading the financial planning and management.

Serdar Atmaca
Serdar Atmaca
Electronics Engineer

He is a valued a member of the team. An electric and electronical engineer, Serdar has been working with Mustafa and Ugur since 2016. He carries out the design and production of the PCB circuit of the device at Mavilab. He laid the electricity cables. With Blink he will do the same.

Team and Idea



  • KALYON VC invested Blink Energy with SAFE. 


  • Vattenfall (Swedish state-owned Energy Distribution Company) have been testing Plectron Devices since January 2021



We are winner of Davos Energy Startup Pitch!


  • In cooperation with EIT InnoEnergy and Sabancı University Inovent, Turkey’s Country Final of the PowerUp!, one of the biggest energy-focused startup competitions in Europe, organized online with 11 startups pitches. At the end of the competition, Plectron from Blink Energy, Inc. became the winner and will represent Turkey at the PowerUp! Grand Final in June.



  • “Blink Energy, Inc. is attending the EUW2019. Come and visit us at our booth R50.P06.”

  • “BLINK Energy Inc. has been accepted to Vienna Business Agency acceleration program in October-November 2019.”



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  • c/o -Growth Circuit 415 Jackson St, Suite B San Francisco, CA 94111 USA