Pembangkit Listrik Tenaga Air Portable - Big Bang Show
Summary
TLDRIn this episode of Big Bang, Arfan Wibisono, a high school student from Sampurna Academy Jakarta, introduces his innovative 'Floating Hydro' device. Inspired by the rivers in rural Indonesia lacking electricity, Arfan's portable invention harnesses the power of water currents to generate electricity without the need for a dam. Made from repurposed materials, it's a cost-effective solution that could potentially provide power to remote areas. The prototype has shown promising results, charging devices and even powering a laptop. Arfan envisions mass production and distribution to empower communities with a sustainable, renewable energy source.
Takeaways
- 🔧 The script discusses a hydroelectric generator called 'Floating Hydro' invented by Arfan, a high school student, to address electricity shortages in rural Indonesia.
- 🏞️ Arfan was inspired by the abundant rivers in rural areas that lack electricity, often relying on expensive and polluting generators.
- ♻️ The 'Floating Hydro' is designed to be portable and can be tied to a tree, floating on river currents without the need for a dam.
- 💡 It uses a stabilizer and can generate power without requiring a strong river current, making it versatile for different water flow conditions.
- 🛠️ The generator is cost-effective to produce, utilizing recycled materials, which also promotes sustainability.
- 🔋 The device can output 144 watts with a 12-volt battery system, and it can be scaled up to produce up to 1000 watts.
- 📱 Demonstrated in the script, the generator is capable of charging a mobile phone and potentially providing power to other devices like laptops.
- 🔌 The script mentions the need for further development for mass implementation, including addressing challenges like cable management and power distribution.
- 🛠️ Maintenance is straightforward, primarily involving the replacement of the battery and gears, similar to maintaining a bicycle.
- 🌐 Arfan envisions widespread adoption of his design, potentially providing electricity to multiple households in rural areas.
- 🏅 The script concludes by celebrating Arfan's innovation and its potential to inspire others, emphasizing the importance of creativity and problem-solving.
Q & A
What is the main idea behind the 'Floating Hydro' device?
-The 'Floating Hydro' device is a portable water-powered electricity generator designed to provide electricity to remote areas, especially those without access to reliable power sources.
Who is Arfan and what is his role in the development of the 'Floating Hydro'?
-Arfan is a student from Sampurna Academi Jakarta who was inspired to create the 'Floating Hydro' as a solution to provide electricity to remote villages that lack access to electricity.
How does the 'Floating Hydro' device work?
-The 'Floating Hydro' operates on the principle similar to existing water wheel electricity generators but is more portable and does not require a strong river current due to its stabilizer.
What materials are used to make the 'Floating Hydro' device?
-The device can be made from repurposed materials, such as old bicycle chains and other scrap materials, making it cost-effective and environmentally friendly.
What is the power output of the 'Floating Hydro' device mentioned in the script?
-The script mentions that the 'Floating Hydro' device can generate up to 144 watts with its current size and setup.
How does the 'Floating Hydro' device charge electronic devices?
-The device can charge electronic devices through its AC and DC outputs. It has been demonstrated to charge a mobile phone and potentially a laptop.
What is the maintenance requirement for the 'Floating Hydro' device?
-The maintenance mainly involves replacing the battery and gears, which is estimated to be needed once a year.
What is the cost of a larger 'Floating Hydro' device that can generate up to 1000 watts?
-The script indicates that a larger 'Floating Hydro' device capable of generating up to 1000 watts would cost around 4 million Indonesian Rupiah.
What are the potential challenges for mass production and implementation of the 'Floating Hydro' device?
-Challenges include sourcing enough repurposed materials for mass production and managing the distribution of power, such as the need for extensive cable networks to reach multiple households.
What is Arfan's vision for the future of the 'Floating Hydro' device?
-Arfan envisions the 'Floating Hydro' device to be a scalable solution that could provide electricity to multiple households and potentially be taught to communities for self-implementation.
How does the script suggest the 'Floating Hydro' device could be marketed or distributed?
-The script suggests that the device could be marketed as a DIY kit or under a brand to help people in remote areas build their own electricity generators.
Outlines
🌊 Innovative Hydroelectric Power Solution
The video introduces an innovative hydroelectric power solution called 'Floating Hydro', invented by Arfan, a student from Sampurna Academy Jakarta. The device is designed to harness the power of flowing water in rivers to generate electricity, addressing the lack of electricity in remote areas of Indonesia. The Floating Hydro is portable and can be tied to trees, floating on river currents without the need for a strong flow or a dam. It uses a stabilizer and is cost-effective, as it can be made from recycled materials. The device can produce up to 144 watts with a 12-volt battery system and can power devices like mobile phones and laptops. Arfan demonstrates the functionality of the device and discusses its potential for mass production and the challenges of using recycled materials for large-scale manufacturing.
🔌 Scaling Up the Floating Hydroelectric Project
The second paragraph delves into the potential of scaling up the Floating Hydro project. It discusses the possibility of producing larger units capable of generating up to 1000 watts, which could power multiple homes. The maintenance of the device is also touched upon, with the need to replace the battery and gears every year or so. The conversation highlights the use of familiar, recycled materials, making the device accessible and easy to maintain. The idea of mass production is considered, with the challenge of sourcing recycled materials for large-scale manufacturing. The video concludes with a call to action for the audience to be inspired by Arfan's invention and to consider the broader implications of such innovations for renewable energy and sustainability.
Mindmap
Keywords
💡Floating Hydro
💡Renewable Energy
💡Generator
💡Pollution
💡Rural Electrification
💡Sustainable Development
💡Affordability
💡Prototype
💡Innovation
💡Maintenance
💡Mass Production
Highlights
A big banger device is introduced that is powered by water energy.
The device is a water-powered electricity generator, which is portable and can be tied to a tree and floated on a river current.
The generator is inspired by the lack of electricity in rural areas of Indonesia.
Arfan Kirul Wibisono, a high school student, created the floating hydro device.
The floating hydro device works on the same principle as existing water wheel electricity generators but is more portable.
It uses a different power filling method and does not require a strong river current due to the use of a stabilizer.
The cost of making the device is very affordable as it can be made from recycled materials.
The device can generate up to 144 watts with its current size and setup.
The device can charge a mobile phone and potentially a laptop.
The device is already in its final production form.
The larger version of the device can generate up to 1000 watts.
Maintenance involves only replacing the battery and the gear ratio, which is predicted to be needed annually.
The device is made from familiar items such as bicycle parts, making it easy for users to maintain.
The device's implementation on a larger scale could provide electricity to multiple houses.
The challenge of mass production is discussed, including the difficulty of finding second-hand materials.
The idea of using the device to help people in rural areas is proposed, potentially creating a brand for the product.
The floating hydro device is seen as a potential solution to provide electricity to areas without access to renewable energy sources.
The episode concludes with a call to inspire more innovation in the field of renewable energy.
Transcripts
[Musik]
ya dari awal pasti big bangers di rumah
dan juga di studio sudah penasaran apa
sebenarnya ini di sini ada Kincir
digerakkan oleh tenaga air ya kemudian
ada lampuah ini sudah mulai menduga-duga
ini apa ini nah di balik
Kincir penghasil listrik tenaga air ini
ada satu anak
muda masih kelas 2
SMA akan alat ini dan yang paling
penting adalah fungsinya siapa dia
sebelum kita panggil kita lihat dulu
snapshot berikut
ini masih kurangnya pasukan listrik ke
daerah pedalaman di Indonesia
menginspirasi Arfan kirul Wibisono siswa
kelas 11 Sampurna Academi Jakarta untuk
menciptakan alat pembangkit listrik
tenaga air yang dinamakan floating hydro
prinsip kerja alat ini sama seperti
pembangkit listrik kincir air yang sudah
ada namun floating hydro Karya Arfan ini
lebih portable karena cukup diikatkan
pada pohon dan dibiarkan mengapung di
atas arus sungai alat ini juga memakai
cara pengisian daya yang berbeda serta
tidak memerlukan arus sungai yang deras
karena sudah menggunakan stabilizer
biaya pembuatan alat ini pun sangat
terjangkau karena dapat dibuat dari
bahan-bahan yang sudah tidak
[Musik]
terpakai Wow keren ya jadi kita tahu
fungsi alat ini sekarang ya kita
langsung panggil aja Arfan
[Musik]
[Tepuk tangan]
Wibisono
Aran Halo apa kabar Salam dulu dong sama
tante
ver Aran dari mana kok bisa ada ide
seperti ini jadi E saya kan
seringaveling gitu e pedesa-pedesaan i
dan yang saya temukan yang saya temuin
itu adalah di di setiap desa itu pasti
selalu ada sungai ada sungai karena kan
biasanya Desa itu dibuat di pinggir
sungai untuk kayak air e pcernakan
gitu-gitu Iya rasa hunian itu di sekitar
sekitar sungai kan Tapi biasanya mereka
enggak punya listrik itu ya kalau di
pedalaman ya Iya bahkan kalau yang punya
listrik juga pakai generator kan pakai
JN set itu I dan itu kan
ee fuelnya mahal ya mahal
polusi dan enggak renewable gitu kan Iya
Nah terus kan ee saya sudah
dengar-dengar e tentang kayak Oh ini
sungainya Biasanya kan kalau misalnya
mau Dikas mau dikasih
ee kayak generator gitu itu kan harus
dibendung dulu kan Iya biar e biar bisa
naik baru arusnya dilepas dorong Kincir
ini ya benar Cuman kan itu enggak enggak
enggak gampang ya harus buat pakai buat
bendungan segala gitu Jadi saya Ee
gimana caranya nyari konsep yang simpel
cuman e orang masih ngertiah gitu jadi
oh ini tinggal taruh doang gitu makainya
menarik ini pakai paralon ini ya Iya
pakai paralon tadinya kan pakai drum
yang gede itu itu drum Heeh kalau segitu
Van ini jadi nanti unitnya segede ini
kan e kalau yang dipikirkan apa yang
segini Bisa di mana aja pengin tahu aja
sih ini bisa menghasilkan berapa watt ya
ini ee Kalau ini kan yang size ini sama
size itu gitu kan Kalau ini kan AC dan
DC E saya saya udah ngasih sistem AC dan
DC kalau dc-nya itu karena dia ngisi aki
dulu kan ngisi aki dulu e dan dia kan e
aki itu punya 12 volt karena saya ada
dua aki dan saya e taruh sistem paralel
dia itu jadi 12 AMP jadi 12* 12 144 watt
Oke ini Coba buktikan bahwa ini Mang
bisa handphone engak Oh udah bisa
handone Iya enggak yang handphone yang
ini hand buat laptop jadi E ini kan
kalau misal saya nyalain nanti dia
ngasih tahu input outputnya berapa
berapa ini Ini e isi baterainya 12,57
volt I nah ini di sini ada ini AC Ini
listrik ac-nya jadi kalau misalnya kita
colokin ke sini itu untuk e colokan
listrik AC e charger gitu Radi lumayan
220 Volt Iya 220 Volt Coba kita mau
lihat yang besar ini seperti apa sih
Van ini sudah sudah diproduksi atau ini
Prototype Eh ini udah final produ final
produknya kayak gini berapa kira-kira
Kalau misalnya sudah jadi gini Saya mau
beli berapa ini ya kalau ini kalau misal
saya ee jual ya Heeh itu kalau yang gede
ini R juta 4 juta menghasilkan berapa
watt tadi yang gede ini ini bisa bisa
Gede yang ini nih bisa gede apa apaa ini
bisa sampai sekitar 1000 Iya 1000 1000an
Wah besar juga sesuai akinya sih
sebenarnya Oke kalau ditaruh akinya
lebih gede lebih gede iya lebih gede
Kalau maintenance-nya apa ganti aki aja
ganti aki sama gigi rasio ee iniya
setiap berapa lama diprediksikan akinya
misalnya setahunan apa setahun dua kali
atau ya itu sesuai ee setahun lah Jadi
intinya orang beli ini cuma nanti harus
knya lagi ganti aki ini kan kalau ini
kan pakai barang-barang familiar lah
jadi kan kayak gigi-gigi sepeda gitu Ini
ini dari fan belt mobil satu lagi Van
artinya dari sini ke rumah buat nyalan
lampu kabel dong melintang Iya itu kabel
Oke jadi emang e mungkin perlu dipikirin
ya
supaya maksudnya perlu dipikirkan dalam
e implementasi secara masif ya iya ee
harusnya sih ke depannya mungkin alatnya
bisa segede gini tapi providing
electricity mungkin jangan 1000 mungkin
10.000 watt kali sehingga bisa buat 10
rumah satu gitu tapi ngebayingin
kabelnya itu loh yang EE Saya pikir itu
juga satu problem to solve gitu kalau
dilihat bahwa ee diutamakan menggunakan
ee peralatan yang sudah tidak dipakai
lagi itu juga menarik ya Jadi kalau
misalnya rongsokan sepeda apa segala
macam kita kemudian gunakan rantainya
dan seterusnya cuman jadi cuman jadi
kendalanya adalah ketika mau mau dibikin
Mass production kalau pakai
barang-barang bekas nyarinya susah
akirnya scar apa kalau itu kalau mau
diproduksi tapi ini kan bisa jadi
protottipe yang bisa diajarkan kepada
masyarakat di pedekaan gitu ya kamuak
Pit si heeh Saya mau emang kayak mau
ngasih desain ini saya sebarin aja gitu
Ini kalau misalnya untuk membantu
gitulah membantu orang-orang yang ini
idenya ni rakit sendiri
gituah jadi kayak satu bok gitu dijual
bikin brand dong ya enggak usah pakai
brand artinya sudah tetap aja dong
walaupun di sosial ya Ada brandnya dong
Arfan tadi ya Arfan dan Andi aku usul
usul ada fotonya gitu Iya ada foto
fotoku aja kamu enggak usah kamu nama
aja nama aja gu gitu namanya juga usul F
Iya tepuk tangan dulu
Iya proud of
you ya itu tadi Arfan dengan temuannya
dinamakan Floating hdro ya bagaimana ee
melalui arus ee sungai ini bisa
menghasilkan listrik dan mudah-mudahan
jika penyempurnaan semakin hari semakin
baik maka Banyak orang akan mendapatkan
manfaatnya dan inilah akhir dari episode
Big Bang show kali ini saya harapkan
inspirasi yang tadi sudah kita sampaikan
melalui cerita cerita di depan tadi bisa
menginspirasi kita semua tapi yang
paling penting adalah more dug good Big
Bang
[Musik]
関連動画をさらに表示
Is This Accidental Discovery The Future Of Energy?
Hydropower 101
How Geothermal Energy Works - Educational 3D Animated Video
AFRO Water Treatment, Inovasi Olah Air Bersih Teknologi Ramah Lingkungan Karya Anak Bangsa
ระบบกักเก็บพลังงานแบตเตอรี่ หรือ BESS ของ PEA
The Weird Science Behind Living Solar Panels
5.0 / 5 (0 votes)