5.3.- ENERGI TERBARUKAN

Energi terbarukan adalah sumber energi yang bersih, tidak terbatas, dan semakin kompetitif. Merupakan sumber energi yang didasarkan pada penggunaan sumber daya alam: matahari, angin, air atau tumbuhan atau hewan biomassa. Mereka berbeda dari bahan bakar fosil terutama dalam keanekaragaman, kelimpahannya dan berpotensi untuk digunakan di bagian mana pun di planet ini, tetapi terutama karena fakta bahwa mereka tidak menghasilkan gas rumah kaca.

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Berkat pengembangan energi terbarukan, adalah mungkin untuk memerangi perubahan iklim dan menghindari dampaknya yang menghancurkan. Pemanasan global akibat gas rumah kaca adalah fakta dan itulah mengapa salah satu tujuan yang ditetapkan oleh Perserikatan Bangsa-Bangsa adalah mencapai akses universal ke listrik pada tahun 2030.

Terdapat berbagai jenis energi terbarukan seperti energi angin, energi fotovoltaik, tenaga air, biomassa dan biogas, energi panas bumi, energi pasang surut, tenaga gelombang, bioetanol dan biodiesel.

Mengingat pentingnya energi terbarukan, keunggulan utamanya harus ditekankan: mereka tidak mengeluarkan gas rumah kaca, tidak habis-habisnya dan semakin murah, kurangi ketergantungan energi, dan memiliki cakrawala politik yang menguntungkan.

Karena perkembangan energi terbarukan dan kebutuhan untuk menciptakan sistem tenaga yang lebih efisien dan fleksibel, pembangkit yang terdesentralisasi menjadi semakin banyak populer. Inilah asal mula konsep Micro-Grids. Mereka adalah sistem pembangkit listrik dua arah, sebagian besar didasarkan pada energi terbarukan, yang mendistribusikan listrik dari berbagai titik pembangkit energi ke konsumen melalui teknologi digital dan mendukung integrasi terbarukan energi.

Berkat evolusi teknologi yang telah memunculkan energi terbarukan dan desentralisasinya, kendaraan listrik dapat diintegrasikan dalam masyarakat saat ini. Pada gilirannya, ini telah mengurangi gas rumah kaca (CO2) dan biaya secara signifikan serta meningkatkan keandalan sistem kelistrikan.

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ENERGI TERBARUKAN PERALATAN

1.- FISIKA 2.- ELEKTRONIKA 3.- KOMUNIKASI 4.- LISTRIK 5.- ENERGI 6.- MEKATRONIK & OTOMASI 7.- MEKANIKA 8.- MEKANIKA FLUIDA 9.- TERMODINAMIK DAN TERMOTEKNIK 10.- PENGENDALIAN PROSES 11.- TEKNIK KIMIA 12.- TEKNOLOGI PANGAN & AIR 13.- LINGKUNGAN HIDUP 14.- TEKNIK BIOMEDIS AKSESORIS LABORATORIUM PABRIK PILOT SESUAI PESANAN
5.1.- GRID CERDAS DAN SISTEM DAYA 5.2.- MIKROGRID 5.3.- ENERGI TERBARUKAN 5.4.- ENERGI KONVENSIONAL 5.5.- PENYIMPANAN ENERGI 5.6.- TEGANGAN TINGGI DAN SISTEM PERLINDUNGAN LISTRIK 5.7.- PEMASANGAN DAN PEMELIHARAAN
5.3.1.- ENERGI SURYA FOTOVOLTAIK 5.3.2.- ENERGI TERMAL SURYA 5.3.3.- ENERGI ANGIN 5.3.4.- ENERGI LAUT 5.3.5.- ENERGI GEOTHERMAL 5.3.6.- ENERGI HIDROLIK 5.3.7.- BIOFUEL 5.3.8.- SISTEM AKUMULASI ENERGI 5.3.9.- SEL BAHAN BAKAR HYDROGEN 5.3.10.- TURBIN STEAM DAN SIKLUS RANKINE ORGANIK 5.3.11.- SISTEM NON-KONVENSIONAL LAINNYA
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PHOTOVOLTAIC APPLICATION WITH CONNECTION TO GRID - AEL-PHVG
  • AEL-PHVG
Available
5.3.1.- ENERGI SURYA FOTOVOLTAIK

AEL-PHVG

Aplikasi Fotovoltaik Terhubung ke Jaringan

The Photovoltaic Application with Connection to Grid, "AEL-PHVG", has been designed by EDIBON to study the energy production by photovoltaic panels and how this energy is injected to the grid.In order to learn about solar energy production, the...
Lihat Unit
PHOTOVOTAIC SYSTEMS APPLICATION IN ISOLATED AND PARALLEL GRIDS - AEL-PHIP
  • AEL-PHIP
Available
5.3.1.- ENERGI SURYA FOTOVOLTAIK

AEL-PHIP

Aplikasi Sistem Fotovoltaik di Jaringan Terisolasi dan Paralel

The Photovoltaic Systems Application in Isolated and Parallel Grids, ''AEL-PHIP'', has been designed to study the operations carried out in photovoltaic power systems which operate isolated from the national energy grid (island operation) or...
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STAND-ALONE PHOTOVOLTAIC APPLICATION - AEL-SAPV
  • AEL-SAPV
Available
5.3.1.- ENERGI SURYA FOTOVOLTAIK

AEL-SAPV

Aplikasi Sistem Fotovoltaik Terisolasi dari Jaringan

The Stand-Alone Photovoltaic Application, "AEL-SAPV", has been designed by EDIBON to study the energy production obtained with photovoltaic panels.This application will provide the user with the knowledge and the essential skills about the...
Lihat Unit
STAND-ALONE WATER PUMPING APPLICATION - SWP
  • SWP
Available
5.3.3.- ENERGI ANGIN

SWP

Aplikasi Pemompaan untuk Jaringan Terisolasi

The Water Pumping Application, "SWP", has been designed by Edibon to show the user the basic principles of operation of pumping equipment in isolated networks, exposing in a didactic way the elements involved in the process of generation and...
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PHOTOVOLTAIC SOLAR ENERGY UNIT - EESFB
  • EESFB
Available
5.3.1.- ENERGI SURYA FOTOVOLTAIK

EESFB

Peralatan Energi Surya Fotovoltaik

The sun provides a wide spectrum of solar power. With the exception of the light we see around us every day, the rest of the solar power is invisible. Other parts of the spectrum consist of cosmic beams, gamma rays, x-rays, ultraviolet light,...
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PHOTOVOLTAIC SOLAR ENERGY MODULAR UNIT (COMPLETE VERSION) - MINI-EESF
  • MINI-EESF
Available
5.3.1.- ENERGI SURYA FOTOVOLTAIK

MINI-EESF

Peralatan Modular Energi Surya Fotovoltaik (Versi Lengkap)

Photovoltaic Solar Energy Modular Unit (Complete Version), "MINI-EESF", is a laboratory scaled unit designed to study all the parameters involved in the solar radiation direct conversion into electricity. The unit is based on some application...
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PHOTOVOLTAIC SOLAR ENERGY MODULAR UNIT (INTERMEDIATE VERSION) - MINI-EESF/M
  • MINI-EESF/M
Available
5.3.1.- ENERGI SURYA FOTOVOLTAIK

MINI-EESF/M

Peralatan Modular Energi Surya Fotovoltaik (Versi Menengah)

Photovoltaic Solar Energy Modular Unit (Intermediate Version), "MINI-EESF/M", is a laboratory scaled unit designed to study all the parameters involved in the solar radiation direct conversion into electricity.The unit is based on some application...
Lihat Unit
PHOTOVOLTAIC SOLAR ENERGY MODULAR UNIT (BASIC VERSION) - MINI-EESF/B
  • MINI-EESF/B
Available
5.3.1.- ENERGI SURYA FOTOVOLTAIK

MINI-EESF/B

Peralatan Modular Energi Surya Fotovoltaik (Versi Dasar)

The Photovoltaic Solar Energy Modular Unit (Basic Version), "MINI-EESF/B", is a laboratory scaled unit designed to study all the parameters involved in the solar radiation direct conversion into electricity.The unit is based on some application...
Lihat Unit
THERMAL SOLAR ENERGY UNIT - EEST
  • EEST
Available
5.3.2.- ENERGI TERMAL SURYA

EEST

Peralatan Energi Surya Termal

The Thermal Solar Energy Unit, "EEST", is a system that transforms solar energy into usable thermal energy. It uses the thermosiphon solar system to heat water or the traditional pumping system. In both cases, the absorbed thermal energy is given...
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THERMAL SOLAR ENERGY BASIC UNIT - MINI-EEST
  • MINI-EEST
Available
5.3.2.- ENERGI TERMAL SURYA

MINI-EEST

Peralatan Dasar Energi Surya Termal

This unit is a system that transforms solar energy into usable thermal energy.This unit uses the thermosiphon system to heat water or the traditional pumping system. In both cases, the absorbed thermal energy is given by the simulated solar...
Lihat Unit
COMPUTER CONTROLLED FOCUSING SOLAR ENERGY COLLECTOR - ECESC
  • ECESC
Available
5.3.2.- ENERGI TERMAL SURYA

ECESC

Kolektor Energi Surya, Dikendalikan dari Komputer (PC)

The Computer Controlled Focusing Solar Energy Collector, "ECESC", shows the principles of a parabolic trough to collect solar energy.The unit includes a highly polished stainless steel parabolic reflector on a mobile base. It can be horizontally...
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STAND-ALONE WIND TURBINE APPLICATION - AEL-SWT
  • AEL-SWT
Available
5.3.3.- ENERGI ANGIN

AEL-SWT

Aplikasi Turbin Angin dalam Jaringan Terisolasi

The Stand-Alone Wind Turbine Aplication, "AEL-SWT", has been designed by Edibon for the training at both the theoretical and practicallevels in the field of wind turbines.The "AEL-SWT" application provides several levels of training to give the...
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COMPUTER CONTROLLED WIND ENERGY UNIT - EEEC
  • EEEC
Available
5.3.3.- ENERGI ANGIN

EEEC

Peralatan Energi Angin, Dikendalikan dari Komputer (PC)

The Computer Controlled Wind Energy Unit, "EEEC", contains an aerogenerator, in laboratory-scale, and is used to study the conversion of kinetic wind energy into electrical energy and to study the influence of some factors on this generation.The...
Lihat Unit
WIND ENERGY UNIT - EEE
  • EEE
Available
5.3.3.- ENERGI ANGIN

EEE

Peralatan Energi Angin

The Wind Energy Unit, "EEE", contains an aerogenerator, in laboratory-scale, and is used to study the conversion of kinetic wind energy into electrical energy and to study the influence of some factors on this generation.The unit consists of a...
Lihat Unit
WIND ENERGY BASIC UNIT - MINI-EEE
  • MINI-EEE
Available
5.3.3.- ENERGI ANGIN

MINI-EEE

Peralatan Dasar Energi Angin

The Wind Energy Basic Unit, "MINI-EEE", is a small-scale unit designed to study wind energy and the influence of some factors on its generation.This unit consists of a transparent tunnel, a wind turbine with rotor to place up to six blades and a...
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COMPUTER CONTROLLED WIND ENERGY BASIC UNIT - MINI-EEEC
  • MINI-EEEC
Available
5.3.3.- ENERGI ANGIN

MINI-EEEC

Peralatan Dasar Energi Angin, Dikendalikan dari Komputer (PC)

The Computer Controlled Wind Energy Basic Unit, "MINI-EEEC", is a small-scale unit designed to study wind energy and the influence of some factors on its generation.This unit consists of a transparent tunnel, a wind turbine with rotor to place up...
Lihat Unit
WIND ENERGY DRIVE TRAIN ANALYSIS UNIT - WEDTA
  • WEDTA
Available
5.3.3.- ENERGI ANGIN

WEDTA

Peralatan Analisis Transmisi Energi Angin

The Wind Energy Drive Train Analysis Unit, "WEDTA", designed by EDIBON, allows students and professors to explore the operational characteristics of a wind turbine rotor under various wind conditions, thus optimizing the design and operation of...
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COMPUTER CONTROLLED TIDAL ENERGY UNIT - EMMC
  • EMMC
Available
5.3.4.- ENERGI LAUT

EMMC

Peralatan Energi Ombak, Dikendalikan dari Komputer (PC)

Tidal energy is another way to generate electricity extracting energy from the sea. Twice a day big volumes of water rise and fall with the tides.A Tidal Barrage make use of the potential energy in the difference in height (or head) between high...
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