the changing energy market in japan - valmet.com · valmet and jfe’s cooperationagreement 4 state...
TRANSCRIPT
三菱UFJ信託銀行株式会社様
1
The Changing EnergyMarket in Japan
4 October 2018
Valmet Customers Days 2018Energy Session
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
JFE Group
2
5
JFE SteelNet Sales (BillionJPY)
2,715Employees
44,500
JFE Shoji Trade
Net Sales (BillionJPY)
1,908Employees
7,300
JFE Holdings(est. 2003)
45.93%
9,300
Net Sales (BillionJPY)
Employees391
Japan Marine UnitedNet Sales (BillionJPY)
330Employees
6,200
100%
Est. 1912 Est. 1951
Copyright © 2017 JFE ENGINEERING Corporation. All Rights Reserved.
JFE Engineering Business fields
3
Oil&Gas
Steel Structure
Others
Net Sales (billion JPY)
391FY2017
38%
18%
6%
13%
14%
6%
4%
Power
Water
IndustrialMachinery
Environment
Copyright © 2017 JFE ENGINEERING Corporation. All Rights Reserved.
Valmet and JFE’s Cooperation Agreement
4
➢State of the art CFB and BFB technologies
➢More than 250 references of fluidized bed boilers(up to 260MWe)
➢Leading market position in Europe and North America
➢JFE’s presence in Japanese industry
➢EPC capability of power plants(More than 100 plants references including WtE plants)
➢Leading Industrial Boiler supplier in accordance with EBA(up to 50MWe for CFB)
EBA: Electricity Business Act in Japan
Cooperation Agreement (signed on March 2015)
Right to sell in Japan given to JFE:
➢ CYMIC CFB Boiler➢ HYBEX BFB Boiler
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
JFE’s References of CFB Boilers
5
100MWe Class
75MWe Class
30MWe or below
50MWe Class
On going Operated
Showa Shell 49MWe
OJI Materia Nikko 70t/h
Myojyo Cement 30MWe
EneVision Shimane12.7MWe
Mitsuuroko
Iwakuni 10MWeHokuetsu Kisyu Paper Kisyu 130 t/h
eRex Tosa 20MWe
eRex Saeki 50MWe
Sigma Power
Mikawa 50MWe
Taiheiyo Cement eRex
Ofunato 75MWe
eRex Kyuden Mirai
Buzen 75MWe
Hachinohe Biomass 12.3MWe
MPM OJI Hachinohe 75MWe
SANIX Energy Tomakomai 180t/hx2
IDI Kushiro 112MWe
Projects to which CYMIC are to be applied
Green Energy Tsu 20MWe
Air Water Energia Onahama 75MWe
eRex Okinawa gas
Uruma 50MWe
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
On-going Projects
6
Taiheiyo Cement eRex Ofunato
75MWe (4Q2019)
eRex Kyuden Mirai Buzen
75MWe (4Q2019)
MPM OJI Hachinohe
75MWe (3Q2019)
IDI Kushiro
112MWe (2Q2020)
Air Water & Energia Onahama
75MWe (2Q2021)
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
JFE’s Market Shares in Japan
7
41 %
35 %
18 %
6 %
Number of Boilers
SHI (FW) JFE & Valmet Andritz Doosan
45 %
37 %
12 %
6 %
MWe
SHI (FW) JFE & Valmet Andritz Doosan
These shares are from Order Back-log as of September 2018, excluding the boilers smaller than 50MW:
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
Major Items Influencing Market
8
Items Causes Prospects
1FIT or Otherscheme forRenewables
➢ Revision of FIT➢ Auction for ordinary woody biomass introduced
from FY2018.➢ New scheme foreseen around FY2020.
2Liberalizationof Energy
➢ New market system➢ Division of Utility COs
➢ New market system to be introduced base-load, capacity, carbon-free value until FY2020
➢ Utility COs to be divided into power generation, grid, and retail company on FY2020
3 Land Selection➢ Grid connection
availability➢ Grid connection rules to be revised for flexibility
and fairness among potential power generators
4 Fuel➢ Fuel supply sustainability➢ Project sustainability in
post-FIT period
➢ Bankable white pellets price to increase➢ Demanding fuel to be utilized for cost reduction
5 Nuclear Power ➢ Restart of Nuclear Power➢ Restarted reactors lower than government’s
target in FY2030(Target: 20-25%, Prospects: less than 10%)
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
FY2017 Amendment of FiT Law (Biomass)
9
0
2,000
4,000
6,000
8,000
10,000
12,000
14,000
16,000
Ordinary Woody BiomassUnused wood, waste wood Waste, Methane fermentation
FY2030 TargetMarch 31, 2016
6,020 -7,280 MWe
14,730MWe
6,010MWe
3,700MWe
12,420MWe
※(Number of Units)
(MWe)
11,470MWe
20MWe or above
10.620 MWe
(363)
Before Introduction of FIT
2,310MWe
2,740 -4,000MWe
610 MWe
1,400MWe
RPS1,270 MWe
590MWe(128)360MWe(354)460MWe(72) 290MWe(242)
2,950MWe20MWe or above
2,650MWe
(104)
March 31, 2017
Before Introduction of FIT
2,310MWe
Source: METI, Agency for Natural Resources and Energy
➢ FIT applications for biomass power plants is overheated because of the change of the tariff from 24 to 21 JPY/kWh for ordinary wood from FY2017.
➢ FIT-certified plants has been almost doubled against FY 2030 target.
Diesel with
Palm Oil, 4,360 MWe
PKS with Woody
Biomass, 5,160 MWe
Woody Biomass
Only, 1,950 MWe
* Fiscal Year: April to March
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved. 10
FY2018 Amendment of FiT Law (Biomass)
CategoryGross Output
WoodLumber
General Wood-based
biomass
ConstructionWaste
Municipal Waste etc
≧10MWe
32
Auction
13 17<10MWe
21
<2,000kWe 40
(JPY/kWh)
• Auction (Tariff Competition) required for general wood-based biomass (e.g. PKS, imported pellets) with Gross Output of ≧10MWe;
• Capacity limit for FY2018: 200MWe (180MWe for solid biomass fuel)
* Fiscal Year: April to March
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
JFE’s View of Future Market
11Source: Bloomberg New Energy Finance
Generated power by fuel, Japan
Uncertainty for Future Mix of Energy
➢ Nuclear• Able to restart?
➢ Coal• 15GWe to be developed until 2025• How anti-coal movement affect?
➢ Nuclear and coal are expected to expand their share after 2020. But anti-nuclearand anti-coal movement will affect on this expansion
➢ Only gas and Biomass/WtE can substitute for them
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
Cost Target of Biomass Power Generation
12
Coal
0
50
CCGT
100
150
200
2017 2020 2025 2030
Utility-scale PV
$/MWeh - 2016 real
250
Estimated Levelized cost of energy by fuel
2035 2040
Onshore wind
Source: Bloomberg New Energy Finance
Present cost of 112MWe plant
Target Cost
➢ Biomass Power Association (BPA) aims to reduce the cost of biomass power generation to 10JPY/kWh by FY 2030.
➢ Target cost of biomass power generation is less than cost of CCGT in FY 2030.
How to reduce cost of generation
➢ Fuel cost reduction• Diversification of source of supply• Utilization of demanding fuels
(e.g., Waste-based fuel)➢ Enhancements of thermal efficiency➢ Scale Merit
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
OPT
0,00
0,05
0,10
0,15
0,20
0,25
0,30
0,35
0,40
0,45
0,50
0,0 0,1 1,0 10,0
SugarcaneBagasse
Oil Palm Trunk
Potential Demanding Fuels
13Na+K (dry-wt%)
Cl (d
ry-w
t%)
Sugi Cedar
Hinoki Cypress
Rice Straw
Pine
BambooBark
MunicipalSolid Waste
EFB
Rubber Tree Trunk
Coconut Shell
AcaciaEucalyptus
PKS
50
100
300
Annual Recoverable Amount
(est. Mt/yr)
Fuel Source
Orange: Domestic
Blue: Overseas
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
Pretreated EFB Pellets Testing
14
Empty Fruit BunchPretreated
EFB Pelleted(Developed by Taiheiyo Cement Corp.)
Processing
Valmet R&D Center Tampere
Combustion in pilot fluidized bed
reactor to check:
➢Fluidized bed behavior
➢Primary emission
➢High temperature corrosion risk
➢Slagging and fouling
➢Ash composition
Maximum mix of EFB pellets to be
revealed for CFB boiler
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
JFE-Valmet Joint Development Program for Demanding Fuels
15
➢ Co-development of technologies for demanding fuels with Valmet➢ Multi-approach for chlorine and alkali-metal management in fuels
Sootblowing
Fuel Pre-treatment
Loop Seal
Corrosive Material Monitoring
Bed Material
Boiler Additive
Copyright © 2018 JFE ENGINEERING Corporation. All Rights Reserved.
Conclusion
16
➢ The biomass power generation has emerged and boomed in Japan since the introduction of FIT scheme in FY 2012. However, the boom will fall within coming couple of years because of the revision of FIT scheme.
➢ Japan is at lost in energy mix after the nuclear disaster in Fukushima. Regardless of FIT, biomass/WtE will take an important role to mitigate global warming effect as a realistic option in the future. Usage of domestic fuels are also considered as a benefit from biomass/WtE.