EROPGEHADA INC. Unveils Cardition: A Revolutionary Far-Infrared Wave Vehicle Battery Stabilizer

EROPGEHADA INC., an eco-energy and renewable energy research company, has announced the launch of Cardition, a far-infrared wave vehicle current stabilizer, on the global crowdfunding platform Indiegogo. This innovative device aims to address growing safety concerns related to fire incidents in both internal combustion engines and electric vehicles by stabilizing battery voltage and current.

The development of Cardition comes at a critical time when the complexity of electrical systems in modern vehicles has been identified as a potential risk factor. By using far-infrared waves to optimize the current and voltage output of a vehicle's battery, Cardition promises to enhance the safe and efficient operation of onboard electronics, potentially improving overall vehicle performance, including engine and transmission function.

Cardition's technology combines Illite, known for its conductivity and far-infrared emission properties, with a proprietary synthetic liquid developed over 12 years. The device emits far-infrared waves that influence the molecular structure of the battery's current, maintaining performance even when the vehicle is idle and delivering stable power output during operation.

Internal testing has shown promising results, with Cardition increasing the maximum output of a vehicle from 167.32 At to 181.10 At. Test participants have reported smoother driving experiences and reduced noise levels, suggesting potential improvements in vehicle efficiency and comfort. The device's ease of installation—simply mounting it onto the positive battery terminal without additional wiring or power sources—could make it an attractive option for vehicle owners looking to optimize their battery performance.

The launch of Cardition on Indiegogo represents a significant development in vehicle battery technology. If successful, this innovation could have far-reaching implications for the automotive industry, potentially enhancing vehicle safety, performance, and longevity. As concerns about electric vehicle safety and efficiency continue to grow, technologies like Cardition may play a crucial role in addressing these challenges and shaping the future of automotive design and operation.