Turkish Republic Minister of Energy and Natural Resources Alparslan Bayraktar's post highlighting the wide range of applications for nuclear technologies has brought back to the forefront an important achievement in Türkiye's national technological history: Türkiye's first domestically produced nuclear battery.. It has attracted great attention on social media and is actually... the first prototype was produced at the end of 2018 This strategic technology has once again highlighted the depth our country has reached in the peaceful nuclear field and the revolutionary projects it has been quietly pursuing. So, what is this 100-year lifespan battery and what does it mean for Turkey?
Minister Bayraktar's Post Causes a Stir: Nuclear Technology Is Not Just About Energy!
It all started with a social media post by Minister Alparslan Bayraktar, who stated, "We do not see nuclear technologies as limited solely to energy production. We consider them a strategic force in many areas, from health to agriculture, from industry to space technologies." Türkiye ENERGY, NUCLEAR AND MINING RESEARCH AGENCY (TENMAK) This post, highlighting the institution's work, brought a historic achievement from previous years—its nuclear battery project—to the public's attention.
Here is the story of the first domestically produced nuclear battery, manufactured in 2018.
Although it may be perceived as a new development by the public, Türkiye's first nuclear battery prototype, At the end of 2018 It was successfully produced. This historic project was carried out within the Turkish Atomic Energy Authority (TAEK), now known as TENMAK Nuclear Energy Research Institute. In 2017 It has been started. Bilkent University Nanotechnology Research Center (UNAM) As a result of the multidisciplinary study conducted, it went down in history as the first experimental R&D study in Türkiye to achieve successful results in this field.
So, what is a nuclear battery? How does it generate energy for 100 years?
A nuclear battery, contrary to its name, is not a mini nuclear reactor. Rather, it is an extremely safe technology. Betavoltaic It works on the principle of...
- Energy Source: At the heart of the battery is a radioactive isotope. Nickel-63 (Ni-63) It is found.
- Working Principle: Nickel-63 continuously emits electrons via beta decay. These electrons are captured by a specially designed semiconductor material and converted directly into an electric current.
- A Lifespan of 100 Years: Nickel-63 isotope Its half-life is 100 years. This means that the energy source inside the battery will retain half of its power even after 100 years. Therefore, the prototype battery... with the potential to generate energy continuously and without maintenance for at least 100 years has.
These batteries are not a powerhouse to charge our cell phones; rather, they represent a revolutionary technology designed for critical systems that need to operate continuously for decades at very low power.
What are the applications of nuclear batteries? A revolutionary technology from space to pacemakers.
They are intended for use in areas where replacing or charging nuclear batteries is impossible or very difficult:
- Space Technologies: Satellites, sensors, and spacecraft on deep space missions.
- Medical Sector: Medical devices implanted in the human body, such as pacemakers and implantable insulin pumps.
- Inaccessible Areas: Sensors on the ocean floor, earthquake monitoring stations, military surveillance systems – these are examples of critical devices inaccessible to humans, performing missions far from human reach.
- Industry: Industrial sensors that operate in challenging conditions such as high temperatures or extreme cold.
TENMAK's goal is to become a global power in peaceful nuclear technology.
This project is of great importance in demonstrating the capabilities of the Nuclear Physics and Microelectronics Applications Laboratory within TENMAK. The institution conducts R&D studies not only in nuclear batteries but also in radiation detector systems and various nuclear electronics fields. As Minister Bayraktar stated, Türkiye's goal is to "build a Turkey that has integrated peaceful nuclear technology into every aspect of life, developed its own capabilities in this field, and has a voice on a global scale." This national battery project, achieved in 2018, remains one of the most solid steps taken on the path to this goal, securing its place in our technological history.
Keywords: Nuclear battery, TENMAK, Alparslan Bayraktar, domestic battery, national technology, Nickel-63, Betavoltaic, Nuclear Energy Research Institute, Bilkent University, space technology
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