Renewable energy Hydrogenand its application forIndonesia
Hiroyuki OTA
Hydrogen Energy Business Div.
Toshiba Energy Systems & Solutions Corporation
14th Nov. 2018

© 2018 Toshiba XXX Corporation

Indonesian energy situations
１．Acceleration of RE(renewable energy) shift
RUPTL 2018 shifted to GAS and RE instead of coal combustion

２．Large population in islands
Approximately 50Mill people live in islands and remote areas.
Distributed energy systems are necessary for them.

３．Promotion for economical electrification
Electrification has chiefly been supported by subsidies.

2The Hydrogen energy supply system
The H2 system would be one of the answer for the Indonesian situations• Energy storage technology enough to supply stable power all year
around by RE only regardless of weather• Apart from electricity, enables the other useful energy supply• In disasters, enables long energy supply using stored H2
H2 production &storage

This range is required
to ensure stable power
supply through a year

H2

Surplus power

Relative cost

Li-ion Batteries

Power demand

15h

CookinggasElectricity

Our H2 system
5h10hEnergy storage capacity(hours keeping rated output)

Storage forHeat disasters

H2RE０ｈFCVorLightingEVEDay
Night
Summer Winter3

The Hydrogen energy supply system
Distributed energy supply system using H2 power storage tech.

HUIS TEN BOSCH, Henn-na Hotel in Nagasaki pref. JapanCAPEX 2/5 against Li-ion battery system
This system has supplied stable power and hot
water for 12 rooms of the hotel all year aroundusing the rooftop PV in disconnected to power
grid from Mar. 2016**Demonstration project subsidized by METI (Ministry of Economy, Trade and Industry)

ItemsSpec.

PV60kW

H2 production

Max. 2m3/hH2 storage

Max. 900Nm3(1.4MWeh)

Output power

Max. 55kW

Occupied space

30m24Largefor off-grid and remote areas

TM季節単位のエネルギータイムシフト
100kW to MW scale energyを提供します
supply suited to islands andremote areas
 Competitive total cost against DG in remote areas
 Not only electricity, multi-purposes energy supply
 Deploy for remote areas from 2020
Stable electricity
H2 cooking
gas*
H2 fuel forFCVs** Optional

Hot water
60degC*
Drinking
water*

Good resilience, hygiene, environment and comfortable life5H2 future society in Indonesia Unlike so far, RE will be distributed as different types of energy
via H2 of an “ENERGY HUB”
 Independent energy and virtuous cycle in the economy willarise in local communities utilizing their owned RE resources
Life・Industry

EEVFC mobility
For emergency

H2H2
TM

H2One

Drinking water

Hot water
Cooking gas
6

Collaboration with BPPT utilizing JPN subsidized F/S
 Investigation for the applicability of distributed H2 energy
system towards Indonesian remote islands and areas
 Shall be concluded in the end of Feb. 2019

• Installation plan based on economical study including
comparison with the other power storage technologies• Specification suitable for Indonesian circumstances• Supply chains including collaborative business withIndonesian companies in procurement, manufacturing andO&M

We promote H2One deployment in collaboration along withIndonesian companies and government
TM7

A promising approach leading to furtherpenetration of CO2-free energy

Terima kasih

BPPT & Toshiba, MoU signing in Aug. 2018

TOSHIBA
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