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Over Way Technology’s patented “Superconductive Heat Pipe Technology” has been applied to IT and family electronics industries, but it can further expand its usage to other industries as described below.

Automobile industry: Currently all car engines are using the water-cooling system to maintain the temperature of the engine. This methodology has two major issues. First, the temperature cannot be controlled easily. Second, the water will increase the weight of the vehicle, thus making the vehicle fuel inefficient. OWT has resolved these issues by utilizing its patented “Superconductive Heat Pipe Technology” to transfer the heat generated by the engine directly out of the car. This technology will effectively maintain the vehicle’s engine temperature within perfect operating range of 75℃~90℃.

Electronic industry temperature control: “Superconductive Heat Pipe Technology” will not only effectively dissipate heat energy, the working temperature can also be adjusted per customer’s request; thus maintaining the best operating temperature for the electronic device.

Nuclear power plant cooling system: Traditional nuclear power plant cooling system utilizes cycling ocean water to achieve cooling result. This mechanism will cause environmental pollution and the cooling result is not ideal. By utilizing OWT patented “Superconductive Heat Pipe Technology”, the technology can effectively replace traditional ocean water cooling mechanism and further protects the environment.

All the above cases do not apply to common consumer product. The product can be re-adjusted per Customer request per each join project.

 
OWT專利的「超導熱導管技術」除了目前已應用到IT及家電產業之外,更能運用到其他更寬廣的產業別,如下:
汽車引擎工業:目前的汽車引擎運用水冷方式,一來溫度的控制不容易,二來增加車身重量而造成油耗的增加。我們可運用「超導熱導管技術」直接將引擎的熱量直接排到車外,並有效地控制汽車引擎溫度在75℃~90℃的最佳工作環境下運作。
工業溫度控制:「超導熱導管技術」不只能有效地送走熱量,並能依客戶的要求調整動作溫度,讓工業機械維持在最佳的運作狀態。
核能發電廠冷卻裝置:傳統的核能電廠冷卻裝置使用海水循環冷卻,一來造成環境的污染,二來冷卻的效果也不儘理想。運用「超導熱導管技術」,能有效地取代傳統的海水冷卻裝置,達到環保的目的。
上述的數個方案,不屬於一般消費產品,需依各客戶要求,以專案方式合作開發。
 
 
 
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