Welcome to the Industrial Automation website!

NameDescriptionContent
HONG  KANG
E-mail  
Password  
  
Forgot password?
  Register
当前位置:

Will compliance costs go up or down?

来源: | 作者:佚名 | 发布时间 :2023-12-15 | 185 次浏览: | Share:

In 2013, Jingdong's performance expense ratio was 5.9%, in 2015, 6.8%, and in 2017, 7.1%. Judging from the first impression of the investment circle, Jingdong's self-built logistics has increasingly high performance cost, which has affected its long-term profitability.

Ma Yun once joked that no company can manage 1 million couriers, questioning the JD.com model. "Because after 10 years in China, there will be 300 million packages every day, you have to hire 1 million people, then this 1 million people will screw you, you try again?"

Jingdong's performance cost has often become a much-discussed topic, because in recent years, Jingdong's performance cost has not decreased significantly, and it seems that Jingdong's warehouse integration has almost no cost advantage compared with the "three links and one delivery" network express mode. Is this really the case?

The article tries to answer several key questions:

What are the key reasons for the increase in Jingdong's performance cost expense ratio?

In the past 10 years of self-established logistics, has the cost of compliance gone up or down? What about the future?

Jingdong self-built logistics and third-party logistics efficiency who is high and who is low? 2.50 yuan national free mail is what is going on?

What are the core values of JD self-built logistics?

When Jingdong is most strapped for funds, why resolutely build its own logistics?

What are the key reasons for the increase in Jingdong's performance fee rate? Per customer

Performance expense ratio = cost of performance ➗ Operating revenue = Average cost of performance ➗ Average order revenue

The data of Jingdong's performance expense ratio we see are generally based on all of Jingdong's performance costs ➗ total operating income. This is actually a very vague algorithm, because the performance fee in this includes the cost of customer service, and also includes the cost of returns. More importantly, Jingdong's operating income includes other revenues, such as cloud computing, open platform commissions, and advertising revenue. This calculation is highly inaccurate. That's the denominator. I don't care.

Is there any accurate data reflecting the real performance expense rate, that is, the average cost per performance ➗ average customer revenue? For example, before the expansion of books in 2010, Jingdong mainly used 3C digital, the average customer unit price was more than 1000, the average logistics cost was more than 20 yuan, excluding 15% value-added tax, 20/1000✖️ (1-15%) = 2.3%.

Previously, public opinion said that more is Jingdong's IPO before the huge loss, in fact, is not accurate. Until 2007, when JD.com was not burning ads, it was making money, although its gross profit margin was only 5%. But after deducting logistics costs, you can still make money. Whether e-commerce makes money is related to gross profit margin, and more importantly, gross profit is related to the cost of each logistics contract.

At present, the logistics cost of each order including warehousing on Jingdong including electricity is about 10 yuan, excluding electricity, such as mobile phones, books and other average logistics costs are less than 8 yuan. The comprehensive average customer unit price of Jingdong is 400 yuan +. Due to the large number of disassembly orders of supermarkets and daily necessities, the average disassembly is 1.5 sub-orders. The unit price is excluding 15% value-added tax, 10/266✖️ (1-15%) = 4.4% expense rate. This data, which is far from 7.1% in the financial report, is because it does not include reverse logistics costs such as customer service and returns.

The average performance cost per order of Jingdong Logistics has been reduced from more than 20 to 10 yuan, or even lower. Why the performance fee rate still rises is because the customer unit price is one of the most critical factors affecting the cost rate.

The price of Jingdong customer has declined by 70% in the past eight years, mainly because of the active expansion of books, department stores, fresh and other higher gross profit margin, which is caused by the lower price of goods.

The increase in the performance fee rate is not caused by the decline or difficulty in improving the logistics efficiency of Jingdong, but the increase in the performance fee caused by product attributes with the expansion of Jingdong's categories.

Is Jingdong's performance cost rising or falling?

In the past ten years, Jingdong's self-built logistics has reduced its cost from more than 20 per logistics order to less than 10 yuan now, which is definitely declining, and it is down by 50%. Although labor costs are rising, Jingdong's actual performance costs have been declining.

Just look at the expense rate, due to the expansion of books, supermarkets and department stores lead to a decrease in customer unit price, resulting in an increase in the expense rate. However, if you look at the actual performance cost of each order, from more than 20 yuan, reduced to about 10 yuan now, it is declining.

From the early days of Jingdong's establishment until 2011, Jingdong's product categories were mainly concentrated in 3C digital and home appliances, with relatively high commodity prices and an average customer unit price of more than 1,000 yuan. At that time, the performance cost was about 20-30 yuan, and the performance rate was roughly in the range of 2-3%. Later, as Jingdong began to expand its categories, daily necessities, clothing, general merchandise, mother and child, food and beverages were launched one after another. The unit price of these commodities was generally concentrated around 100-200 yuan (the unit price of No. 1 store was between 100-150 yuan in 2012), and books were also added later. In the industry, the customer order of such goods is generally below 100 yuan (Dangdang customer unit price of 80 yuan in 2010), and the consumption frequency of the subsequent commodity categories is relatively high. Although the performance cost has dropped to about 10-15 yuan, the performance cost rate will increase sharply for such customers with lower prices.

With the influx of other categories with lower unit price, the performance cost of each product is roughly equal, and the performance cost rate is virtually increased. In this way, the performance fee rate can be maintained at the 2011 level, largely thanks to Jingdong's large-scale automation, the continuous improvement of self-built logistics system and infrastructure, and the significant scale after the increase of single volume density.

How big is the drop in Jingdong's performance cost?

The following is a detailed breakdown of the basic composition of Jingdong's performance costs. In the entire performance process, the most important and the two links that account for the largest proportion of performance costs are warehousing and distribution.

In JD logistics costs, warehousing accounts for about 40% of the cost structure, and distribution accounts for 60%. Distribution costs are higher than warehousing, mainly because warehousing can improve efficiency through large-scale mechanical automation, while distribution can only rely on a single person to send, and can only reduce distribution costs through order density.

Jingdong is also building "Asia No. 1" in the country on a large scale, and the performance cost of warehousing will not decrease significantly in the next five years, but the performance cost will decrease significantly after five years of depreciation.

The continuous growth of a single volume, the continued use of the factory after depreciation, the introduction of unmanned machinery and machinery, multiple factors show that Jingdong's warehousing costs and distribution costs still have significant room for decline. How much of a decline?

Storage link 2-3 yuan a single, cut 70%, reduced to 0.6-1 yuan per single.

Based on a single warehouse as a sample, the above chart briefly analyzes the logistics cost and various links of Jingdong. It can be seen that the cost is mainly concentrated in the two links of warehousing and distribution. In recent years, Jingdong has realized a high degree of unmanned storage links, warehousing costs are less and less spent on manpower, and a large part of the cost comes from the depreciation of the warehouse. In the distribution link, due to the wide coverage of user distribution and very scattered, the need for very large manpower investment, resulting in labor costs accounted for more than 85% of the total cost of this link.

Taking into account the continuous rapid growth of express business volume and rising labor costs, it is inferred that by 2020, the total number of couriers will double, the single labor cost will double, and the labor cost of express delivery will exceed 500 billion. The large-scale application of Jingdong robots in the future should become one of the contributors to the further reduction of Jingdong logistics costs.

Previously, Dongge interviewed Xiao Jun, vice president of Jingdong Group and president of X Division, and learned that Jingdong unmanned vehicles are still in the stage of independent research and development and production, and the cost of each unmanned vehicle is still relatively high, but the cost can be controlled at about 50,000 yuan after delivery to the factory in the later period, and depreciation can be calculated for 5 years. Since unmanned vehicles have not been widely used, we can only give you an estimate here. In the previous "In-depth interpretation: After Jingdong has done 2 years of unmanned vehicles, why will rookie Suning follow up?" There is a detailed explanation in the article.

The future operation and maintenance cost of unmanned vehicles is expected to be 300 yuan/month per unmanned vehicle. After the large-scale use of unmanned vehicles, the number of daily delivery trips per vehicle is 4-5, each can carry 20 express deliveries (20 grid, later can be increased), and the carrying weight can reach 200kg. If you calculate 360 days a year, plus electricity, the cost of each order is about 0.65 yuan/single, compared with the current delivery fee of 3 yuan/single delivery per Courier, the cost will be greatly reduced. With the large-scale application of unmanned vehicles, through the accumulation of large amounts of data and the continuous optimization of algorithms, the vehicle path and trajectory will be further optimized, thereby improving the distribution efficiency and reducing the distribution cost of each order.

Therefore, the cost of 4-5 yuan in the distribution link can be cut by 30% through unmanned delivery vehicles and other ways to reduce to 3-3.5 yuan.

The entrance of robots is undoubtedly the most efficient and feasible for Jingdong to reduce logistics costs. The X division and Y Division established by Jingdong also want to let robots and smart supply chain technology participate in these two links, cooperate with sorting personnel and distribution personnel, and further reduce the proportion of manpower in the total cost. After 2-3 years, Jingdong logistics robots have entered the last kilometer distribution link, and the significant reduction in logistics costs should soon be visible.

Therefore, the conclusion of the article is very clear, in the past ten years, Jingdong self-built logistics, excluding large logistics costs per order reduced from more than 20 yuan to less than 10 yuan, the cost is significantly reduced. In the future, with the extensive use of automation equipment and unmanned vehicles in Jingdong's warehousing and distribution links, efficiency is improved, and after 5 years of depreciation, there is still room for a substantial decline in costs.


  • GE IS230PCAAH1B Core Analog I/O Module
  • GE IS230PCAAH1A core analog I/O module
  • Alstom vajh13yf1001aba - Automatic Trip Relay 220-250 V
  • ALSTOM Servo Inverter Type:ALSPA MV 1007-IT - - 3.0 kW
  • ALSTOM Cegelec Interface Modnet 1 / MB+ Fbk Mbp S1/S - Interface Module
  • Alstom Input / Output Card I/O Module SA44647.A - Module
  • Alstom Plug-in card Input/Output module SA44650.C - Module
  • ALSTOM Adjustment Module Keypad Alspa MV1000 - Keypad
  • Alstom Operating module Keypad Alspa MV1000 - Keypad
  • Alstom Plug-In Input/Output Module Sa 45629.B - Module
  • ALSTOM Adjustment Module Keyboard Alspa MV1000 - Keyboard
  • ALSTOM Control Set - 15 V 029.069642/26472/1011 - Voltage regulator
  • Alstom Input/Output Card Module SA44650.C - Module
  • Alstom Input / Output Card I/O Module - Module
  • Alsthom Alstom Plug-In Input/Output Module SA41630 B - Module
  • ALSTOM Servo Inverter Type: ALSPA MV 1007-IT - - 3.0 kW
  • Alstom Plug-In Input/Output I/O Module SA44647.A - Module
  • Alstom Plug-In Input/Output Module Sa 45629.B - Module
  • Alstom Plug-in card Input/Output module SA46623.B - Module
  • ALSTOM Control Module Keyboard Alspa MV1000 - Keyboard
  • Alstom Plug-In Input/Output Module SA46623.B - Module
  • Alstom Plug-In Input/Output Module SA44650.C - Module
  • Alstom Plug-In Input/Output Module SA43610.E - Module
  • Alstom Insertion Card Input / Output Module SA43610.E - Module
  • Alsthom Alstom Plug-In Input/Output Module SA41630 B - Module
  • Alstom Plug-In Input/Output I/O Module - Module
  • Alstom Plug-In Input/Output Module SA46623.B - Module
  • Alstom Plug-in card Input/Output I/O module SA44647.A - Module
  • Alstom Plug-in card Input/Output I/O module SA44647.A - Module
  • Alstom Plug-in card Input/Output module SA 45629.B - Module
  • ALSTOM Alspa VF Inverter Type : VF 4004b - - 1.5 Kw
  • Alstom Plug-In Input/Output Module SA46617.B - Module
  • Alstom PS 431 - Control Unit
  • Alstom Plug-In Input/Output Module Sa 46624.A - Module
  • Alstom Plug-In Input/Output Module SA44650.C - Module
  • Alstom Plug-In Input/Output Module SA43610.E - Module
  • ALSTOM Alspa MV1000 Frequency Type : Alspa MV1032 - - 15 Kw
  • Alstom Input/Output Card Module SA46617.B - Module
  • Alstom Input/Output Card Module Sa 45629.B - Module
  • Alstom Input/Output Card Module SA46623.B - Module
  • ALSTOM Servo-Converter Type : ALSPA MV 1007-IT - - 3.0 Kw
  • ALSTOM Frequency Type : ALSPA MD2000 - 43-400 (49-460)
  • ALSTOM Servo-Converter Type : ALSPA MV 1007 - - 3.0kW
  • Alstom PS 431 - Control
  • ALSTOM Alspa Cegelec Guide Value Transmitter 029.087.176/98N115099109 - Transmitter
  • Alstom Input/Output Card Module Sa 46624.A - Module
  • ALSTOM Control Set - 15 V 029.069642/26472/1011 - Voltage regulator
  • ALSTOM Alspa Module Control Set 029.111.890/27347/1018 - Module
  • ALSTOM Alspa Module Control Set 029.063.255/25443/1044 - Module
  • ALSTOM Alspa Cegelec Module Control Set 029.063.292/25943/1008 - Module
  • ALSTOM Microverter D 4-8/500/029.130.005 - Inverter
  • Alstom ISTAT M233 M233X2GUYECAL0A - Measurement unit M233X2GUYECAL0A NEW
  • ALSTOM Alspa Cegelec Guide Value Transmitter 029.087.176/98N115099109 - Transmitter
  • Alstom Input/Output Module SA 46624.A - Plug-in card
  • ALSTOM Cegelec Interface Modnet 1 / MB + Fbk - Mbp S1/S
  • ALSTOM MAE 00-11 - 8 Channel isolated analog i/o termination panel LC11-13 24118b
  • Alstom MMLG01 137945N - Test block electric panel 715209M T&D protection and control
  • ALSTOM Mae 00-11 - Channel Isolated Analog I/O Terminal Panel LC11-13 24118b Al
  • CONVERTEAM S20X4262/50 / S20X426250 - Module
  • CONVERTEAM MV530A4C1A / MV530A4C1A - Inverter
  • CONVERTEAM C100/5302 / C1005302 - Module
  • CONVERTEAM 20X4355B1L / 20X4355B1L - (new without box)
  • CONVERTEAM GM0020002 / GM0020002 - Module
  • CONVERTEAM P111-6052 / P1116052 - Module
  • Alstom PS 431 - Controller
  • ALSTOM Type : Alspa BC 32 - Brake Chopper Unit
  • ALSTOM Alspa MV500 SE23400075/MV502A4C1A - - 0.75kW Inverter
  • Alstom M30-Tx200 DIN931 - Hexagon screw stamped 8A B screw GE Alstom SW 46
  • Alstom Sa 46624.A - Plug-In Input/Output Module
  • ALSTOM Adjustment Module Keyboard Alspa MV1000 - Keyboard
  • Alstom PA20397/2186-03-H01 - Circuit Board
  • Alstom KBCH12001H12MEL 228633J - Relay Differential KBCH120
  • Alstom MMLG01 137945N - TestBlock Electric Panel 715209M T&D Protection & Control
  • Alstom KBCH12001H12MEL 228633J - Differential Relay KBCH120
  • Alstom MMLG01 137945N - Test Block Electrical Panel 715209M T&d Protection &
  • ALSTOM Mae 00-11 - 8 Channel Isolated Analog I/O Terminal Panel LC11-13 24118b
  • Alstom KBCH12001H12MEL 228633J - Differential Relay KBCH120 and extended warranty
  • Alstom MMLG01 137945N - Test Block Electrical Panel 715209M T & D Protection & De
  • Alstom DFI-110-0340F - DFI1100340F Diagnostic Flame Indicator
  • KCGG142 KCGG14201D20EEA - 287362J
  • ALSTOM MAE 00-11 - Channel isolated analog i/o termination panel LC11-13 24118b Al
  • KCGG122 KCGG12201DEED - 463055L and extended warranty
  • Alstom MMLG01 137945N - Test Block Electrical Panel T&D Protection & Control
  • Alstom 3FAFA5100A - Voltage Sensor TN7 112 003 Alstom T&D Protection & Control
  • Used ALSTOM PIB100 F 3BEB0169 - Board
  • Alstom Keypad - Alspa MV 1000
  • Alstom MMLG01 137945N - Test Block Electrical Panel 715209M T & D Protection &
  • ALSTOM PS441 - Overcurrent protection - Used
  • Alstom Power 2506305 - Circuit Board
  • ALSTOM PS431 - CONTROL UNIT
  • ALSTOM MV502S2B1A - 1 pc X Frequency Drive Alspa MV500
  • Alstom 3VAFS5500A - Voltage Sensor TN7105 002 Alstom T&D Protection & Control
  • ALSTOM MV507A2D1A - 1 pc X Frequency Drive Alspa MV500
  • KCGG KCGG12201L20EED - 655002M and extended warranty
  • ALSTOM TRVP059753000 - AGC3X-007 BLOCK ENCODER TRVP05975400
  • KCGG KCGG14202l20EEB - 654833M and extended warranty
  • Alstom 029 204 538 - cegelec Interface RS422/RS232 Alspa MV 1000
  • ALSTOM PIB100 F - 3BEB0169 Board
  • CONVERTEAM 8321-4002 / 83214002 - (new with box)
  • CONVERTEAM MVAJ14D1GA0774A / MVAJ14D1GA0774A - Relay
  • CONVERTEAM 8178-4002 / 81784002 - (new with box)
  • CONVERTEAM QTWIE2-VD4A / QTWIE2VD4A - (new with box)
  • CONVERTEAM A48DI-40DX-B7/95 / A48DI40DXB795 - Meter
  • CONVERTEAM V96LC/0-400RPM / V96LC0400RPM - Meter
  • CONVERTEAM A72DI-5-40X4/95 / A72DI540X495 - Meter
  • CONVERTEAM 8321-4002 / 83214002 - Module
  • CONVERTEAM 029.081-942 / 029081942 - Module
  • CONVERTEAM V96LC/0-600RPM / V96LC0600RPM - Meter
  • CONVERTEAM 20X4524B1L / 20X4524B1L - Module
  • CONVERTEAM EGS3C-ST11001 / EGS3CST11001 - Module
  • CONVERTEAM S8503-4001 / S85034001 - Module
  • CONVERTEAM MVAX12B1DA0752A / MVAX12B1DA0752A - Relay
  • CONVERTEAM 11P408ND8268/7 / 11P408ND82687 - (new without box)
  • CONVERTEAM MVAJ26L1BB0502A / MVAJ26L1BB0502A - Relay
  • CONVERTEAM C100/5120 / C1005120 - Module
  • CONVERTEAM D-984-0578 / D9840578 - Board
  • CONVERTEAM GDS1017-4001 / GDS10174001 - Enhancement Card
  • CONVERTEAM MBC101F1AD0761A / MBC101F1AD0761A - Module
  • CONVERTEAM GDS1006-4001 / GDS10064001 - Keypad
  • CONVERTEAM 25X8521/10 / 25X852110 - Module
  • CONVERTEAM VSELC1011A1AB / VSELC1011A1AB - (new without box)
  • CONVERTEAM RTS-13060102-R / RTS13060102R - Relay
  • CONVERTEAM LGPG-11101P55LEF / LGPG11101P55LEF - Relay
  • CONVERTEAM 203-399 / 203399 - Module
  • CONVERTEAM MV516A4C1 / MV516A4C1 - Inverter
  • CONVERTEAM SW867577-007 / SW867577007 - Module
  • CONVERTEAM MCGG22D1CD0503D / MCGG22D1CD0503D - Relay
  • CONVERTEAM MV506A4C1A / MV506A4C1A - Inverter