EROPGEHADA INC., a company focused on eco-energy and renewable energy research, has unveiled its latest innovation, Cardition, on the global crowdfunding platform Indiegogo. This advanced device aims to address a critical issue in modern vehicles by stabilizing battery voltage and current using far-infrared wave technology.
The launch of Cardition comes at a time when fire incidents in both internal combustion engines and electric vehicles have become a major safety concern worldwide. EROPGEHADA INC. has identified the increasing complexity of electrical systems in modern vehicles, which rely on a single battery, as a significant factor contributing to these incidents. The cyclical nature of battery charging while driving and discharging while idle has been recognized as a potential weakness in vehicle electrical systems.
Cardition's innovative approach utilizes far-infrared waves to optimize the current and voltage output of a vehicle's battery. This technology aims to ensure that all onboard electronics operate safely and efficiently, potentially enhancing overall vehicle performance, including engine and transmission function.
The device combines Illite, known for its excellent conductivity and far-infrared emission properties, with a proprietary synthetic liquid developed by EROPGEHADA INC. over 12 years. These far-infrared waves are designed to influence the molecular structure of the battery's current, maintaining battery performance even when the vehicle is idle and delivering stable power output for optimal driving performance during use.
Internal testing has shown promising results for Cardition. The device has been verified to emit far-infrared waves continuously across various environmental conditions without requiring an external power source. Moreover, Cardition has passed cesium, radon, radiation, and standard material certification tests, confirming its safety for human exposure. In performance tests, attaching Cardition to a vehicle with a maximum output of 167.32 At increased the output to 181.10 At. Test participants have reported smoother driving experiences and reduced noise levels, suggesting potential improvements in overall vehicle operation.
One of the key advantages of Cardition is its ease of installation. Users can simply mount the device onto the positive battery terminal without the need for additional batteries or complex wiring. This plug-and-play approach, combined with zero maintenance requirements, makes Cardition an accessible option for vehicle owners looking to optimize their battery performance.
The launch of Cardition on Indiegogo represents a significant step forward in addressing vehicle electrical system safety and efficiency. As the automotive industry continues to evolve with more complex electronic systems, innovations like Cardition could play a crucial role in enhancing vehicle reliability and performance.
Interested individuals can support and learn more about Cardition on its Indiegogo campaign page, which launches on October 29th, 2024. This crowdfunding initiative provides an opportunity for early adopters to be part of a potential solution to a pressing issue in vehicle technology.
As the automotive industry faces increasing challenges related to electrical system complexity and safety, Cardition's introduction could mark the beginning of a new approach to vehicle current stabilization. The success of this technology could have far-reaching implications for vehicle manufacturers, owners, and the broader field of automotive safety.
