Mengubah Tekanan Kaki Jadi Tegangan

Mengubah Tekanan Kaki Jadi Tegangan Listrik

Menurut riset, teknologi Pizeoelektrik mampu menyalakan 2 buah lampu yang bermuatan sekitar 60 watt dalam satu kali pijakan. Selain itu pijakan kaki manusia yang kuat bisa mengubah tekanan menjadi tegangan listrik antara 1-3,5 Volt.

Sedangkan pada saat percobaan di stasiun Shibuya, teknologi Piezoelektrik ini mampu mensuplai listrik 1400 kW, pada kondisi normal trafffic, yang dapat menyediakan energi listrik untuk semua display di stasiun tersebut.
Uniknya, teknologi Piezoelektrik ini tidak terbatas pada langkah manusia saja tetapi juga dengan tenaga mekanik lainnya seperti rel kereta api, landasan pesawat terbang dan jalan raya.

Setiap energi yang dihasilkan oleh piezoelektrik ini tergantung pada perubahan temperatur, gerakan, massa suatu kendaraan, dan juga getaran yang dihasilkan.

Pemerintah Jepang sedang berusaha untuk mengembangkan teknologi ini secara besar-besaran. Pemerintah Jepang melihat ini sebagai peluang bagi listrik ramah lingkungan masa depan sehingga pemerintah Jepang optimis jika teknologi ini dikembangkan maka akan menghasilkan sumber listrik yang besar.

Di satu sisi, teknologi ini merupakan teknologi yang ramah lingkungan, murah dan juga canggih. Karena teknologi ini mampu membuat anggaran listrik pemerintah berkurang dan dalam jangka penjang rencananya teknologi ini akan diterapkan di beberapa jalur yang ramai seperti bandara, kereta, dan jalan raya.

Namun, di sisi lain teknologi ini juga belum bisa diterapkan oleh rumah tangga karena teknologi ini membutuhkan infrastruktur yang besar dan mahal.
Material untuk piezoelektrik sangatlah terbatas sehingga membuat sistem piezoelektrik ini belum bisa menyaingi fossil fuel (minyak, gas alam, atau batu bara). Selain itu teknologi Pizeoelektrik ini juga membutuhkan aktivitas mekanis seperti pijakan atau goncangan sehingga dirasa kurang efisien.

Kapasitas energi piezoelektrik yang tersimpan di tempat penyimpanannya ini bisa saja hilang atau menurun seara drastis jika tidak ada langkah manusia, guncangan, cahaya matahari, atau angin.

Sebelumnya, suatu night club di London, Inggris, sudah menggunakan tenaga piezoelektrik ini. Night club tersebut merupakan eco-nightclub yang menggunakan gerakan dari para clubbers yang menari diatas lantai disko untuk menghasilkan energi listrik. Tenaga yang dihasilkan digunakan untuk keperluan-keperluan klub selama klub itu dibuka.
Lalu kira-kira apakah Jepang siap merogoh kocek yang sangat dalam untuk membangun teknologi ini seperti klub malam di London?

Hasil (Inggris) 1:

Change The Pressure Foot So Voltage According to research, Pizeoelektrik technology capable of powering 2 lights that charge around 60 Watts in one time foothold. In addition to strong human footrest can change the pressure into an electrical voltage between 1-3.5 volts.Whereas at the time of the experiment in Shibuya Station, the piezoelectric technology is capable of supplying the electricity of 1400 kW, at normal conditions trafffic, which can provide electric power to all the stations on the display. Uniquely, the piezoelectric technology is not limited to the human step alone but also with other mechanical power such as the railroads, grounding airplanes and highways. Each of the energy generated by the piezoelectric is depending on the temperature change, movement, the mass of a vehicle, and also the resulting vibration.The Government of Japan was trying to develop this technology massively. The Government of Japan saw this as an opportunity for future eco-friendly electricity so that the Government of Japan is optimistic if the technology is developed, it will generate a large power source.On the one hand, this technology is technology that is environmentally friendly, cheap and too sophisticated. Because this technology is capable of making the budget reduced Government and electricity in the long penjang the plan of this technology will be applied in some lively lines such as airports, trains, and highways.However, on the other hand these technologies also have yet to be applied by households because these technologies require large and expensive infrastructure. Piezoelectric materials is extremely limited so make this piezoelectric system hasn't been able to compete with fossil fuel (oil, natural gas, or coal). In addition this Pizeoelektrik technology also requires a mechanical activity as a foothold or jolts so that proved less efficient. The capacity of the piezoelectric energy stored in its storage place it could have been lost or decreased has drastically if there is no human step, shocks, sunlight, or wind.Earlier, a night club in London, United Kingdom, are already using this piezoelectric energy. The night club is a nightclub using the eco-movement of clubbers dancing on the disco floor in order to produce electrical energy. The energy produced is used for the purposes of the club needs during the Club's opening.Then about whether Japan is ready to spend a very in to build this technology such as nightclub in London?

Hasil (Inggris) 2:

Changing Pressure Foot So Voltage According to research, Pizeoelektrik technology capable of powering two lamps are charged about 60 watts in a single platform. Additionally footrest strong man could turn the pressure into electrical voltage between 1 to 3.5 Volts. While at the time trial at Shibuya station, Piezoelectric technology is capable of supplying power 1400 kW, in normal conditions trafffic, which can provide electrical energy for all display at the station. Interestingly, Piezoelectric technology is not limited to human action, but also with other mechanical energy such as railways, runways and highways. Each of the energy generated by the piezoelectric depends on temperature change, movement, the mass of an vehicles, and also vibrations generated. The Japanese government is trying to develop this technology on a large scale. The Japanese government sees this as an opportunity for future environmentally friendly electricity so that the Japanese government is optimistic that this technology is developed it will generate a large power source. On the one hand, this technology is a technology that is environmentally friendly, cheap and well advanced. Because this technology is able to create a budget reduced government power and penjang term plans of this technology will be applied in some crowded lanes like airports, trains, and highways. However, on the other hand, this technology can not be applied by households because this technology requires large and expensive infrastructure. The material for piezoelectric extremely limited so make this a piezoelectric system can not compete with fossil fuels (oil, natural gas, or coal). Furthermore Pizeoelektrik technology also requires mechanical events such as footing or shock so it is less efficient. The capacity of piezoelectric energy stored in the storage can be lost or decreased drastically Seara if no human action, shocks, sunlight, or wind. Previously, a night club in London, England, has been using this piezoelectric energy. Night club is an eco-nightclub that uses the movement of the clubbers who danced on the disco floor for generating electrical energy. Power output is used for the purposes for club club was opened. Then about whether Japan is ready to spend a very deep to build this technology as a nightclub in London?