Description
hardware flow control. It is an ideal choice in the field of industrial automation.
The growth rate of the industry”s overall net profit attributable to parent companies continues to decline, and the phenomenon of increasing industry revenue without
increasing profits is obvious. In 2018, the industry as a whole achieved a net profit attributable to the parent company of 3.250 billion yuan, with a year-on-year growth
rate of -26.42%. Although the overall revenue growth rate was positive in 2018, in the context of the fierce price war in the industry, increasing revenue
does not increase profits. The phenomenon is very significant. In 2019Q1-3, the industry as a whole achieved net profit attributable to the parent company of 1.888
billion yuan, a year-on-year growth rate of -43.63%, and the growth rate of net profit attributable to the parent company continued to decline. Judging from the net profit
attributable to the
parent company of the industry in a single quarter, dragged down by the poor performance of New Star, the net profit attributable to the parent company of the industry
in the single quarter of 2018 Q4 suffered a loss of 98 million yuan. The net profit performance of the industry attributable to the parent company has continued to be
sluggish since 2019. . It is expected that the decline in the industry”s net profit attributable to the parent company for the whole year will narrow compared with the first three quarters, and the
overall profitability will hit a historical bottom.
The industry”s overall gross profit margin and net profit margin have continued to decline since 2017, and changes in gross profit margin and net profit margin in a
single quarter are negatively correlated or related to the pace of corporate expense control. In 2019Q1-3, the overall gross profit margin of the industry was 28.68%,
and the net profit margin was 5.54%. It has continued to decline since reaching a historical high in 2017,
and the decline curve has gradually flattened. It is expected that the overall gross profit margin decline is expected to stabilize in 2020, and the net profit margin may be
Ushering in upward repair. Judging from the changes in the industry”s overall gross profit margin and net profit margin in a single quarter, the two show a certain negative
correlation. This may be due to the company”s reduction in gross profit margin due to fierce price wars or falling sales volume caused by the industry downturn. It is related to its
own period expenses
. On the contrary, when the gross profit margin rebounds, the company”s period expenses will increase to a certain extent.
The industry”s overall operating cash flow has significant seasonal characteristics, and most sales collections are concentrated in Q4, which leads to an improvement
in overall cash flow. In 2019Q1-3, the industry”s overall operating net cash flow was 580 million yuan, accounting for 1.52% of operating income. There is a big gap between
this value and the whole year in previous years. Through the analysis of single-quarter data, it is found that the industry generally has negative operating net cash flow in the
first quarter, and there will be a substantial inflow of operating net cash
flow in the fourth quarter, thus driving the overall industry. Cash flow improved. China Merchants Bank Research Institute believes that this is mainly related to the industry”s
payment methods. Most companies in the industry will advance capital investment after receiving orders at the beginning of the year, resulting in greater cash flow outflow. As
the project settlement is gradually accepted and completed at the end of the year, payment collections are concentrated in the year. Tail release.
5. A drop in short-term prosperity will not change the long-term growth trend
In 2018, global industrial robot sales reached 422,000 units, a year-on-year increase of 11.05%. IFR predicts that the sales growth rate in 2019 will reach -0.24%. In
2018, the total sales of industrial robots in my country was approximately 154,000 units, accounting for 36.49% of global sales. It is still the largest industrial robot market in the world.
In 2018, the sales of industrial robots in my country reached US$5.4 billion, an increase of 21% over 2017. The decrease in sales volume but the increase in sales
indicate that the average value of each industrial robot used in my country is increasing, and the products are gradually moving from low-end to mid-to-high-end. . From the
perspective of industrial robot density, Singapore reached 831 units/ten thousand people in 2018, the highest in the world, followed by South Korea
(774 units) and Germany (338 units). my country”s industrial robot density was 140 units/ten thousand people, higher than the world”s Average for each region (99 units).
Compared with Singapore, South Korea, Germany and other developed countries in manufacturing automation, my country”s industrial robot sales still have a lot of
room for improvement, and the long-term growth trend of the industry is clear. Through the overall third quarter report data of listed companies, we found that the overall industry
revenue in 2019Q1-3 declined slightly year-on-year, and the negative growth in single-quarter revenue narrowed significantly; the growth rate of the industry’s net profit attributable to
parent companies continued to decline, and the industry’s increase in revenue did not increase profits. The industry as a whole Operating
cash flow has significant seasonal characteristics, and most
sales collections are concentrated in Q4, which leads to an improvement in overall cash flow. Based on the previous macro data, it is believed that the fundamentals
of the industry have hit the bottom, and the industry has structural differentiation characteristics. Looking forward to 2020, the negative impact of declining automobile sales on the
demand for industrial robots will gradually weaken. The 3C field may contribute to the main increase in demand for industrial robots, and an industry turning point may be coming.
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SC510 3BSE003832R1 | ABB | communication module
PM511V08 3BSE011180R1 | ABB | processor module
PFSA140 3BSE006503R1 | ABB | Roll Supply
DSDX452L | ABB | S400 input/output
SD812F 3BDH000014R1 | ABB | power module
07DC92 GJR5252200R0101 | ABB | I/O module
DSPU131 3BSE000355R1 | ABB | MA200 interface board
ICSI16E1 FPR3316101R0034 | ABB | binary input unit
EHDB280 | ABB | power contactor
UDC920AE01 3BHE034863R0001 | ABB | power module
REX521GHHGSH51G | ABB | Feeder protection device
LDSTA-01 | ABB | motor driver
GFD563A101 3BHE046836R0101 | ABB | central processing unit
3HAC025338-006 | ABB | Main Servo Drive Unit
SD24D/492896201 | ABB | Expansion unit
5SGX1060H0003 | ABB | igct module
5SHY3545L0020 3BHE014105R0001 | ABB | Thyristor IGCT module
SDCS-FIS-3A DCF803-0035 | ABB | excitation plate
DCF803-0050 DCF503B0050 DCF503A0050 | ABB | Excitation module
DCF503B0035 DCF504B0050 | ABB | excitation plate
NPBA-82 AINT-14C AGBB-01C | ABB | adapter
81EU01H-E | ABB | safety controller
DAPC100 | ABB | DAPC 100 3ASC25H203 Printed circuit board
DAPU100 | ABB | DAPU 100 5FSE705320-2 Control Board Kit
DAPU100 | ABB | DAPU 100 3ASC25H204 I/O driver board
DATX110 | ABB | 3ASC25H208 Pulse Transformer Board
DATX111 | ABB | DATX 111 3ASC25H224 control board
DATX120 | ABB | 3ASC25H210 I/O board Remote
AI930B | ABB | 3KDE175512L9300 S900 Series Analog Input Module
AI931B | ABB | 3KDE175512L9310 S900 Series Analog Input Module
AI950B | ABB | 3KDE175522L9500 S900 Series Temperature Input Module
AO910B | ABB | 3KDE175532L9100 S900 series analog output module
AO920B | ABB | 3KDE175532L9200 S900 series analog output module
AO930B | ABB | 3KDE175532L9300 S900 series analog output module
CB220B | ABB | 3KDE175612L2210 power supply
SA911B | ABB | 3KDE175612L9110 controller module
CI920N | ABB | 3BDS014112 Communication module
TU921N | ABB | 3KDE175113L9210 Backplane supports 16I/O modules
DX910N | ABB | 3KDE175313L9100 Switch I/O Modules
SA920N | ABB | 3BDH000600R1 Analog input module
DO910N | ABB | 3KDE175323L9100 Switch output module
DO930N | ABB | 3BDS014114 Analog input module
DP910N | ABB |3KDE175363L9100 Frequency Input Module
AI910N | ABB | 3KDE175513L9100 Analog input module
AI930N | ABB | 3KDE175513L9300 Analog input module
AI931N | ABB | 3KDE175513L9310 Analog input module
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