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Market Outlook of N-Type TechnologyChief Analyst Corrine Lin Dec. 2018
ONE
MARKET
OVERVIEW
TWO
DRIVING FORCE OF
N-TYPE MARKET
THREE
COMPARISON OF
N-TYPE
TECHNOLOGY
FOUR
CONCLUSION
CONTENTS
During the 2018 SNEC, Chinese manufacturers continually announced HJT expansion plans.
However, after China announced the 531 Policy, P-type cell prices plummeted. Price of N-type cell remained high because it’s
difficult to lower N-type cell cost. There’s barely any demand for Chinese N-type products, leading to a postponement in
expansion plans.
How to develop future N-type market?
PV InfoLink will discuss the future outlook of the N-type market with the industry at the Asian Chemical Congress.
ONE
MARKET OVERVIEW
• After global module demand dropped to 88GW in 2018, module demand is projected to rebound to 112GW in 2019.
• The US and European markets that have strong demand for high-efficiency products will witness a significant growth in
2019 demand. It’s difficult for Chinese capacities to be shipped to the US due to the Section 201 tax rate together with the
anti-dumping and countervailing tariff rate. Yet, Chinese capacities can be shipped to Europe directly since there is no
more trade war limitation.
• Other major high-efficiency markets: demand in Australia and Japan have slightly declined.
Forecast of Global Demand
01
-
50
100
150
200
250
2017 2018 2019 2020 2021 2022 2023 2024 2025
2017 - 2025 Module Demand Forecast, Unit: GW
Expected Scenario Optimistic Scenario
110GW+Optimistic Scenario could reach over 150GW
2018 2019
2018-2019 Global Module Demand Forecast
• Overall, the low season this time will last till mid-2019. Moreover, new capacities of each sector of the
supply chain will be continuously released, leading to serious oversupply in 1Q19. The overall supply chain
prices may go down further. Considering manufacturers will start to conduct procurement in 2H19, the
market will witness the lowest price of the year in April 2019.
• The polysilicon sector has more newly-added capacity in the 4Q18-4Q19. A market knockout has begun
for this sector in 2H18. As of mono wafers, lots of manufacturers have left the market, resulting in mono
wafer supply may tight at 2019Q3.
02
0
10
20
30
40
50
2017Q1 2017Q2 2017Q3 2017Q4 2018Q1 2018Q2 2018Q3 2018Q4 2019Q1 2019Q2 2019Q3 2019Q4
2017-2019 Supply Forecast by Quarter, Unit: GW
Polysilicon Wafer Cell Module Expected Demand
Market Supply and Demand
*Shows only first-tier companies (Capacities>10,000MT/1GW)
TWO
DRIVING FORCE OF
N-TYPE MARKET
03
• The 2017 “Top Runner Program” (installed in 2018) not just planned to boost installation scale but also increased efficiency
threshold. Manufacturers have continually won the bid with a “full score”, pushing up the power output of 60-cell PERC
modules to 310W.
• The requirement of the “General Top Runner Program” can be achieved easier with any mono & multi products in combine
with the PERC technology. However, a “full score” standard of the “Super Top Runner Program” needs forward-looking
technologies. Aside from module technologies, cell has to achieve a conversion efficiency of 23% too.
➢ In order to encourage technology upgrade, the Chinese government released PV plant demonstration projects. Only products that match the
efficiency threshold can join the bid.
➢ Scale in the previous years 2015: 1GW/ 2016: 5.5GW/ 2017: 8GW
➢ Efficiency Threshold:
Top Runner Program
Efficiency Level Multi Module Mono Module
First 17.5% or more 18.0% or more
Second 16.5 - 17.5% 17.0 - 18.0%
Corresponding
Module Wattage60pc:270W or more 60pc:280W or more
Corresponding
Cell Efficiency>18.5% >19.6%
2015 - 2016
Program TypeModule
Efficiency
Corresponding
Module WattageCell Efficiency*
General Top
Runner Program
(lower score)
Multi Module 17.0% 280W or more 19.50% or more
Mono Module 17.8% 295W or more 20.80% or more
General Top
Runner Program
(highest score-
full score)
Multi Module 17.9% 295W or more 20.00% or more
Mono Module 18.7% 310W or more 21.50% or more
Super Top Runner
Program
(lower score)
Multi Module 18.0% 295W or more 20.00% or more
Mono Module 18.9% 310W or more 21.50% or more
Super Top Runner
Program
(highest score-
full score)
Multi Module 19.4% 320W or more 21.05% or more
Mono Module 20.4% 335W or more 23.00% or more
2017
*Cell efficiency of the “General Top Runner Program” is an estimation.
The 2017 “Top Runner Program” Encouraged 310W+
*Module calculated by 1650*992mm area.
• In the “General Top Runner Program” this time, due to capacity and cost effectiveness limitation,manufacturers ended up using mono PERC cells for projects that can be completed with both P and N-type products. N-type products only took up 10% of the total products. As for the “Super Top RunnerProgram” that requests higher efficiency, N-type products represented 1/3 portion.
• A new round for next year’s “Top Runner Program” will request higher efficiencies and more advancedtechnologies. This may make P-type products more difficult to finish the projects, and perhaps it willstimulate more manufacturers to use N-type products instead.
Driving Force of N-type Market – 1 – Policy Support
04
Mono PERC44%
Mono PERC-Bifacial23%
Mono PERC-HalfCut
4%
N-Type-Bifacial2%
N-Type8%
Multi-MWT7%
Multi PERC-Black Silicon
6%
Bidding Result of Top Runner by Product Type
• Mono PERC cell has become a mainstream product this year. Most of the expansion this year focuses on mono PERC. This
led to a higher-than-expected total PERC capacity in the world, rising from 33.6GW in the end of last year to 66.7GW in late-
2018. Total PERC expansion reached 33GW in this year. It’s estimated that global PERC capacity will further extend over
26GW by the end of next year, boosting global PERC capacity to more than 92GW.
• There will be 25-30GW of PERC capacity expansion in the next two years. Due to the rapid rise in PERC efficiency and
uncertain mainstream route in the future, N-type production is not likely to be released substantially until after 2020 despite the
higher capacity every year.
05
Driving Force of N-type Market – 2 – SE-PERC Becomes Conventional;
In Need to Search for Next-Generation High-Efficiency Product
8 10 15 17
20 22 22
27 53 78 101 106 109 110
0
50
100
150
200
250
2017 2018 2019 2020 2021 2022 2023
Cell Capacity Forecast, Unit: GW
Multi Normal Multi PERC Mono Normal Mono PERC N-type Mono MWT Thin Film
3
5 9 12 1520 22
11
2854 70 76 78 82
4
4
56
8 11 16
0
20
40
60
80
100
120
140
160
2017 2018 2019 2020 2021 2022 2023
2017 – 2023 Module Shipment Forecast, Unit: GW
Multi Multi PERC P-type Mono P-type Mono PERC N-type Mono Thin Film
Cell Price Trend
• Before SNEC took place this May, many Chinese manufacturers continually announced theexpansion plans of HJT, including GS Solar, CIE Power, Hanergy, Tongwei, Akcome, and SunLinkPV.
• P-type product prices plummeted after China announced the 531 Policy, widening the price gapbetween P and N-type modules. It’s more difficult to sell N-type products, leading to apostponement or suspension of HJT expansion plans. Therefore, shipment of N-type productsshould not grow significantly next year.
0.10
0.17
0.25
0.32
Cell Price Trend, Unit: USD/W
Multi Cell Mono PERC Cell N-PERT Cell HJT Cell
?
06
0 1 2 3 4 5 6
2017
2018
2019
Shipment Forecast of N-Type Products, Unit: GW
N PERT TOPCon HJT IBC
Driving Force of N-type Market – 3 –
A Decisive Battle of Cell Efficiency of over 22%
07
• SE-PERC has becomestandard equipment forproductions this year. AfterSE-PERC pushing up thecell efficiency to 22% nextyear, the definition of “high-efficiency” will be anefficiency of over 22%.
• After achieving anefficiency of 22%, PERCefficiency growth will slowdown. Aside from workingwith module technologies,many top-tiermanufacturers have startedto think about how tomaintain “high-efficiency”product competitivenessthrough cell.
18
19
20
21
22
23
24
25
2016 2017 2018 2019 2020 2021 2022 2023
Cell Efficiency and Module Wattage Growth Trend (60pcs), Unit: %
Multi Multi PERC Mono Mono PERC HJT / TOPCon
320
325
345
340345
345
300305
310
320 320 320
285 290
280285
290 295 300 305
270 275 280 285290285
Cell Eff. (%)
M4
Wet Etching
P TOPCon?315
158.75 / Half Cut
330
315
THREE
COMPARISON OF N-TYPE
TECHNOLOGY
High-Efficiency Battlefield of a Cell Efficiency of over 22%
08
• After equipping with the SE technology this year, mainstream mono PERC efficiencies haveincreased to 21.5-21.8%, limiting the future improvement of technology and efficiency for P-type multi/mono cells. Top-tier manufacturers and new capacities need to evaluate the C/Pratio if the existing technologies continue to be upgraded and the development of next-generation N-type technology.
• It’s difficult for N-PERT to gain profits, while the difficulty to implement the IBC and cost aretoo high. Therefore, HJT and TOPCon will be the two major focuses for N-type technology inthe next two years.
P-Type
Multi P-Type PERC Black Silicon✚
Mono
N-Type
PERC
IBC
HJT
PERT ✚ TOPCon
HBC
✚ SE ✚
✚
TOPCon?
Mono-Like ?
Comparison of Cell Efficiency, Cost, and Sale Price
09
• Comparing the efficiency and costbetween mono PERC and N-PERT, thecost effectiveness is lower for N-PERT.N-PERT manufacturers will continuallyupgrade the productions lines toTOPCon.
• Comparing TOPCon and HJT, becausethe rapid decline in mono PERC priceshave drove down the overall high-efficiency market price, with prices ofTOPCon and HJT remaining flat orslightly higher than cost, it’s difficult forthese technologies to gain too manyprofits. Therefore, the next priority is toreduce more cost!
• Although the IBC technology can gainhigher profits at the moment, thepower output has far exceeded theconventional products and thus theIBC technology can only go for theniche market.
0.1
0.3
0.5
0.7
0.9
18
20
22
24
26
Multi PERC Mono PERC N PERT N PERT + TOPCon HJT IBC
Comparison of Cell Efficiency, Cost, and Sale Price, Unit: % & US$ / W
Cell Efficiency Cell Cost Cell Price (Dec, 2018)
Comparison of N-Type Technology
10
• More and more manufacturershave started to MP bi-facial P-PERC, forcing N-PERT withmuch higher cost to beginupgrade.
• If N-type cell can’t achieve anefficiency of 23.5% or over24%, it’s difficult to widen thewattage gap. As a result, 2019will be a year for N-typeTOPCon and HJT to competewith each other. The twotechnologies’ equipmentmaturity and possibility toreduce cost are likely to beclearer next year.
Conclusion –
Status Quo and Strategy of Major Manufacturers for Different Technologies
11
Common Strategy
• Reduce cost and
reduce cost further!
• Expand capacities to
motivate the
localization of
equipment, paste,
and other auxiliary
materials will be the
primary goal in the
near future.
• Cost reduction and
efficiency increase
brought by capacity
expansion.
• The process of
unifying the size of
the wafers
HJT
TOPCon
• Panasonic faces quite a lot of pressure due to the lower
PERC prices and shrinkage in the Japanese market.
• 5-inch version for capacities outside of the US, which is not
obvious compared to the wattage advantage. The bargaining
power of wafers is limited too.
Status Quo
• Many manufacturers including Sunpreme, Jinergy, CIE Power
and GS Solar have started to go into mass production. However,
the market price has plummeted after China announced the 531
Policy, leading to a postponement or suspension of HJT
expansion plans. But there are still many new entrants.
• MP efficiency of 22.5-23%
• LG boosted the wattage using the brand advantage with M4 wafers
and MBB, widening the wattage gap with HJT and PERC products.
However, a comparison still needs to be conducted between high-
efficiency product and PERC prices and thus LG is confronted by
profit challenge.
• REC has also started to equip with the TOPCon technology in Q3
this year.
• Jolywood will be the first manufacturer to mass produce
TOPCon in China. The initial MP efficiency reached
22.5%.
• Vertically-integrated manufacturers including Jinko,
Trina, JA Solar, and Longi will continually put research
into TOPCon.
1) New Entrants
2) New capacities
Prefer HJT
1) PERT
manufacturers
2) Vertically-
integrated
manufacturers
Prefer TOPCon
In the initial
development
period of the
N-type
market, the
two
technologies
will be
collateral.
The actual
market trend
will depend
on the
equipment
maturity and
cost
reduction
next year.
Overseas
Overseas
China
China
FOUR
CONCLUSION
• Export of N-type modules andcells from China remainedweak at below 30MW,respectively, for January toOctober 2018.
• N-type cell export has begunto rise stably starting fromlate-2Q18. There was also asmall amount of HJT cellexport.
• N-type module export mainlywent to the Netherlands, theUS, Japan, Thailand, andMexico.
• HJT cell and module exportmainly went to the US andThailand.
• Current mainstream poweroutput: 360-375W (72-cell)/300-315W (60-cell) for PERTand 370-400W (72-cell)/ 310-315W (60-cell) for HJT.
Export Distribution of Chinese N-type Modules and Cells
12
2018 N-type Module and Cell Export Distribution
HJT Cell
PERT Cell
Italy
UAE
Philippines
US
Source: PV InfoLink Customs export analysis
**Collection from January to October
Japan
United States
Conclusion
13
• SE-PERC is the product with the best cost effectiveness at the moment, with the market share expanding rapidly. SE-PERC will be the most
mainstream “high-efficiency” product before 2020. Overall, mono PERC will continue to dominate the market before 2020, while N-type can only
maintain a market share of 4-6%. Meanwhile, because cost is higher and price drop is limited for TOPCon and HJT, it’s difficult for these two
technologies to gain too many profits with a price slightly higher or flat from cost.
• The N-type technology can’t expand too quickly since PERC has had outstanding performances in terms of quantity, price, and efficiency. Although
it’s difficult for the N-type market share to increase significantly before 2020, the market will eventually have to find PERC’s next generation products,
which allows N-type capacities to slowly rise every year.
• Newer production lines may be able to equip with the N-type
TOPCon technology without adding too many production
processes. When all manufacturers are largely investing in
PERC machines, they also have to think about the
possibilities of equipping with future technologies.
• HJT has only 4-5 of production processes and has potential
in further efficiency growth. More manufacturers are likely to
put into research and development in the HJT technology.
• What type of technology will become a mainstream
technology for N-type products remains to be seen. But
judging from now, in the initial stage of N-type development
in China, TOPCon and HJT will coexist in the market and
develop.
0
5
10
15
20
25
30
2015 2016 2017 2018 2019 2020 2021 2022 2023
Capacity Forecast of N-Type Technology, Unit: GW
IBC HJT TOPCon PERT
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tracking of PV products, database establishing of global PV market supply/demand,
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