Potensi dan Tantangan Energi Terbarukan [Smart Grid Technology Bottom-up Strategy ] KRIDA FAKULTAS TEKNIK 8 Oktober 2016
Fakultas Teknik Univiersitas Brawijaya
Disampaikan Oleh: Eka Maulana
ADU KUAT DAN KUASA ...?? Saya TAU Semuanya...
Saya PUNYA Semuanya...
Tanpa Ada saya, kalian gak ada apa-apanya...
PROVIDER
Saya KENAL Semuanya...
Ngomongo ae bro, tak matiin listrike!!!
Salam… EKA MAULANA, (ST, MT, MEng.) Email :
[email protected] Phone : 085.649.589.668 Web : maulana.lecture.ub.ac.id • Dosen Teknik Elektro, Universitas Brawijaya • Bidang Penelitian: Power Electronic & Renewable Energy Smart Grid Technology Smart Electric Vehicle (SEV) Molecular Electronic & Nano Technology IEEE (Institute of Electrical and Electronic Engineering)
Organisasi
CRG-ASMAT (Advance System and Material Technology) WASET (World Academy of Science, Engineering and Technology) IAENG (International Association of Engineers) - Society of Electrical Engineering UACEE (Universal Association of Computer Science and Electrical Engineering) IACSIT (International Association of Computer Science and Information Technology)
Universitas Brawijaya (S1) || Miyazaki University (MEng.)
IDENTIFIKASI PROBLEM: • • • • • •
Rasio Elektrifikasi Energy Supply & Demand Konversi & Konservasi Energi Energy Storage Integrasi Teknologi Teknologi Bahan
Electricity access in Developing Asia Region
Population without electricity
Electrification Rate (%)
millions
National
Urban
Rural
China Southeast Asia Brunei Cambodia
1 120 0 10
100% 81% 100% 34%
100% 94% 100% 97%
100% 69% 99% 18%
Indonesia
49
81%
94%
66%
Laos Malaysia Myanmar Philippines Singapore Thailand Vietnam
1 0 36 21 0 1 3
87% 100% 32% 79% 100% 99% 97%
97% 100% 60% 94% 100% 100% 99%
82% 99% 18% 67% 100% 98% 96%
SOURCE: IEA (International Energy Agency), World Energy Outlook 2015
Source: New and Renewable Energy, ESDM
Sumber : Pusat Data dan Teknologi Inforfasi, Direktorat Ketenagalistrikan Kementerian ESDM
Energy Supply and Demand di Indonea
PERMINTAAN Terus Meningkat
KETERSEDIAN Menurun
Sumber : Nomura Research Institute, Intellectual Asset Creation 10/2014
Konsumsi Energi dan Proyeksi Renewable Electricity Generation Non-Hydropower
Source : US Energy Information Administration
Disisi lain: Potensi Melimpah • Tenaga Surya • Air: laut, sungai • Angin, Geotermal • Biomas • Waste • Nuklir, dll
Our Project:
Research and Community Based: • Energy Edu-preneurship • Micro Smart Grid Technology • DSSC (Dye Sensitized Solar Cell) • Organic Electronic material • Super Capacitor • Battery
Republika NEWS
Edupreneur Sel Surya kepada Nelayan
http://prasetya.ub.ac.id/berita/FT-UB-Kenalkan-Nelayan-Sendang-Biru-Teknologi-Sel-Surya-18264-id.html
Pelatihah Perakitan Solar Cell pada Warga
Republika
Fi-Batt (Fish Battery)
Micro Smart Grid Technology Solar Cell based INOVASI TEKNOLOGI: • Integrated Renewable Energy • Energy Monitoring & Control • Distributed Power Plant • Sell and Buy of Energy • Environment Friendly • Sustainable Energy • Energy Efficiency • Low Cost
[email protected] maulana.lecture.ub.ac.id Tim: Eka Maulana, et.al, (Teknik Elektro – UB)
Micro Smart Grid Technology Solar Cell based
teknik.ub.ac.id
INOVASI TEKNOLOGI: • Integrated Renewable Energy • Monitoring & Control Energy • Sustainable Energy • Sell and Buy Energy • Energy Efficiency • Low Cost
APLIKASI TEKNOLOGI: • Pembangkit Listrik Tenaga Surya Terpadu • Sistem Kelistrikan Daerah Terpencil • Penerangan Jalan Umum (PJU) • Subtitusi / Hybrid Jaringan Listrik PLN • Sistem Monitoring dan Pengendalian Energi
Tim: Eka Maulana, et. al, (Teknik Elektro – UB)
Micro Smart Grid Technology Solar Cell based Karakterisasi dan Identifikasi Sistem @PLN Kediri
teknik.ub.ac.id
Device Monitoring Tim: Eka Maulana, et.al, (Teknik Elektro – UB)
Micro Smart Grid Technology Solar Cell based
Panel Box
LED Matrix teknik.ub.ac.id
PC Monitoring Tim: Eka Maulana, et.al. (Teknik Elektro – UB)
Micro Smart Grid Technology Solar Cell based
teknik.ub.ac.id
Tim: Sholeh HP, Eka Maulana, et.al. (Teknik Elektro – UB)
DSSC Chlorophyll Based Solar Cell
teknik.ub.ac.id
Tim: Sholeh HP, Eka Maulana, et.al. (Teknik Elektro – UB)
Solar Cell Chlorophyll Organic DSSC 350
Solar Cell Organik sebagai Pembangkit Energi Listrik Masa Depan yang MURAH RAMAH dan TERBARUKAN
300
Tegangan (mV)
INOVASI TEKNOLOGI:
250
137 um 284 um 292 um
200 150 100 50 0
Arus (uA)
0
16 14 12 10 8 6 4 2 0
10000 20000 Intensitas Cahaya (lux) 137 um 284 um 292 um
0
10000
20000
Intensitas Cahaya (lux)
Tim: Eka Maulana, Rahman, dkk (Teknik Elektro – UB)
30000
30000
Pilihan Material Elektronika ORGANIK CARBON BASED size
(e)
Bond
Hibrid
Line Today
Strategy Aplikasi Kebijakan
Integrasi Smart Grid Storage
Battery & Super Cap Konversi Material & Device
maulana.lecture.ub.ac.id
Akses Info
[email protected] 085.649.589.668
Energy based: Ajang di PIMNAS
Boleh jadi IDE Anda Sebenarnya Melebihi Prediksi Juara II - Kompetisi Desain Project Internasional Chicago, USA Cindy Mutiara S, Hermantoro, Sandy P., Mariatul K. dan Rahmat KH juara II American Society of Heating, Refrigerating and AirConditioning Engineers (ASHRAE) Student Design Project Competition Applied Engineer. Februari 2015.
Konversi dan Konservasi Energi
KYUBI - Juara SOI ASIA di Jepang pada September 2014, Fahad Arwani, dkk
Berawal dari PKM menuju USA IBMC 2016, Microsoft Redmond, USA Ilham Akbar, Aniatul A, Alan K, dkk April 2016.
Pivot Winner, ESPRIEX 2016 Ilham Akbar, Aniatul A, Alan K, dkk 2016.
International Youth Invention Contest Korea Selatan 2015, Bee-Tech. Aniatul Arif, Ilham Akbar et.al.
maulana.lecture.ub.ac.id
Terima Kasih
[email protected] 085.649.589.668
