Huawei V100R001C50 Instruction sheet

DPS Blade V100R001C50
Configuration Manual
Issue
01
Date
2019-06-30
HUAWEI TECHNOLOGIES CO., LTD.

Issue 01 (2019-06-30)
Copyright © Huawei Technologies Co., Ltd.
i
Copyright © Huawei Technologies Co., Ltd. 2019. All rights reserved.
No part of this document may be reproduced or transmitted in any form or by any means without prior written
consent of Huawei Technologies Co., Ltd.
Trademarks and Permissions
and other Huawei trademarks are trademarks of Huawei Technologies Co., Ltd.
All other trademarks and trade names mentioned in this document are the property of their respective holders.
Notice
The purchased products, services and features are stipulated by the contract made between Huawei and the
customer. All or part of the products, services and features described in this document may not be within the
purchase scope or the usage scope. Unless otherwise specified in the contract, all statements, information, and
recommendations in this document are provided "AS IS" without warranties, guarantees or representations of any
kind, either express or implied.
The information in this document is subject to change without notice. Every effort has been made in the
preparation of this document to ensure accuracy of the contents, but all statements, information, and
recommendations in this document do not constitute a warranty of any kind, express or implied.
Huawei Technologies Co., Ltd.
Address:
Huawei Industrial Base
Bantian, Longgang
Shenzhen 518129
People's Republic of China
Website:
https://www.huawei.com/
Email:
[e-mail]

DPS Blade V100R001C50 Configuration Manual
Change History
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ii
Change History
Date
Version
Change History
Author
2019-06-30
V1.0
Released the first version.
Zhang Jianye (employee ID: 00485354)
2019-09-30
V1.1
Add export control instructions
Refresh certification status
Zhang Jianye (employee ID: 00485354)
2019-12-24
V1.2
1. Revise the communication
connect diagram for lithium
battery
2. Update certification state
3. Add plastic shell of the lithium
battery 21205308 into auxiliary
material package 02233AGK、
02233AGL
4. Change Universal Lightning
proof & Earthing Clip from PN：
27150143 to 27150111
5. Change minimum cable size of
AC input from 1.5 mm2 to 2
mm2
6. Add 50Ah lithium battery
prohibition sale list
7. Modify the number of
extended load ports to the
number of input load
Zhang Jianye (employee ID: 00485354)
2020-4-03
V1.3
1. Algorithm revise for load port
extend
Zhang Jianye (employee ID: 00485354)

DPS Blade V100R001C50 Configuration Manual
Contents
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Copyright © Huawei Technologies Co., Ltd.
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Contents
Change History ............................................................................................................................... ii
1 Overview .....................................................................................................................................1
1.1 Purpose................................................................................................................................................................. 1
1.2 Naming Conventions.............................................................................................................................................. 1
1.2.1 Naming Description ............................................................................................................................................ 1
2 Configuration Overview............................................................................................................... 2
2.1 Product Overview.................................................................................................................................................. 2
2.2 Product Composition............................................................................................................................................. 4
2.3 Installation and Maintenance Modes ..................................................................................................................... 4
2.3.1 Cabling Rules for Cascading Multiple Modules..................................................................................................... 5
2.3.2 Typical Installation Modes................................................................................................................................... 8
2.3.3 Installation Rules ................................................................................................................................................ 9
2.4 Application Environment ......................................................................................................................................10
2.5 Application Limitations .........................................................................................................................................11
2.5.1 Application Area and ECCN ................................................................................................................................11
2.5.2 System Configuration.........................................................................................................................................12
2.6 Configuration Procedure.......................................................................................................................................13
2.6.1 Determining AC Input Voltage............................................................................................................................14
2.6.2 Determining Power Grid Types...........................................................................................................................15
2.6.3 Identifying High Temperature Areas ...................................................................................................................15
2.6.4 Is the Site Within 500 m Away from the Sea.......................................................................................................16
2.6.5 Selecting a Scenario...........................................................................................................................................16
2.6.6 Determining Input Load Power...........................................................................................................................17
2.6.7 Entering the Power Backup Time........................................................................................................................17
2.6.8 Selecting Lithium Battery Models.......................................................................................................................17
2.6.9 Calculating the Number of Lithium Batteries ......................................................................................................17
2.6.10 Whether Need the Live-C App..........................................................................................................................18
2.6.11 Input the Number of loads...............................................................................................................................19
2.6.12 Selecting a Northbound Communications Cable...............................................................................................19
2.6.13 Is a Load Grounding Clip Required....................................................................................................................19

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Contents
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2.6.14 Selecting an Installation Mode .........................................................................................................................19
3 Configuration Description..........................................................................................................20
3.1 Configuration Rules for Accessories ......................................................................................................................20
3.2 Configuration Rules of Cables and Terminals.........................................................................................................21
3.2.1 Power Cable Configuration Rules .......................................................................................................................21
3.2.2 Configuration Rules of Northbound Communication Cables................................................................................26
3.3 Configuration Rules of Auxiliary Material Packages................................................................................................29
4 Spare Parts List and Manual ......................................................................................................31
5 License Configuration ................................................................................................................32
6 Appendix ................................................................................................................................... 33

DPS Blade V100R001C50 Configuration Manual
1 Overview
Issue 01 (2020-07-21)
Copyright © Huawei Technologies Co., Ltd.
1
1 Overview
1.1 Purpose
This document is for internal use only. It aims to guide relative personnel to perform product
selection, commercial configuration, and sales of the DPS Blade V100R001C50. It is a
technical disclosure document for the marketing department and describes the components,
configuration list, configuration rules, actual conditions, and technical limitations of the DPS
Blade V100R001C50.
1.2 Naming Conventions
1.2.1 Naming Description
The internal and external model numbers are consistent, and they are named based on the
following conventions.

DPS Blade V100R001C50 Configuration Manual
2 Configuration Overview
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2 Configuration Overview
2.1 Product Overview
The DPS Blade V100R001C50 is an outdoor and indoor wall-mounted power supply solution
designed for wireless micro base stations. It integrates the functions of power supply, energy
storage, power distribution, monitoring, cooling, surge protection, and grounding, meeting
the requirements for fast site deployment.
When deploying DPS Blade V100R001C50 products, pay attention to the distance between
the DPS and other products at the site.
Compared with the DPS Blade V100R001C30, the DPS Blade V100R001C50 changes in product
specifications and ports. For details, see the V100R001C30 Product Change Notice (PCN).This document
also describes configuration methods and quantities of the newly developed 2 kW blade power system,
2400 Wh blade lithium battery, and 960 Wh blade lithium battery.
Application scenario
DPU40D
DBU50B/DBU20B
D

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2 Configuration Overview
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Figure 2-1 Typical networking of the DC DPS system
The DPS Blade series does not support networking with different Huawei equipment and third-party
equipment at the same time, only support choose one type (one RS485 cable or MBUS).

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2.2 Product Composition
DPS Blade V100R001C50 products include the power module DPU40D-N06A3, lithium
battery module DBU50B-N12A1, and DBU20B-N12A3, and they all meet Business Continuity
Management requirements.
Table 2-1 DPS Blade V100R001C50 products and components
No.
BOM Code
Description
Remarks
1
02312NGM-00
1
Function
Module,DPU40D-N06A3,DPU40D-N
06A3-001,2000W Distributed
Power DC Unit-Support AC/HVDC
Input
Standard Product;
The master/slave protocol
is used by northbound
default.
2
01074764
Lithium
Battery,DBU50B-N12A1,120mm(W)
*300mm(D)*420mm(H),48V,50Ah,
Type(0C8920A0809F)
Rated discharge capacity: 3
kW
3
01074797
Lithium
Battery,DBU20B-N12A3,120mm(W)
*300mm(D)*420mm(H),48V,20Ah,t
ype(0x05091798807F)-XX
Rated discharge capacity:
2.2 kW·
4
88033QKW
Software Charge,Intelligent
telecom energy control and
management software-Basic
management software.,Electronic
The basic software.
5
04152542
Power
Cable,0.2,3*4mm^2,Black,Four-wa
y connector,Electronic|Electric
Cable,600V/1000V,ZA-RVV,3x4mm
^2,Black(3Cores:Brown,Blue,Yellow
/Green),32A,Outdoor Cable,Power
supply
Load port expand cable,1
to 3 port
2.3 Installation and Maintenance Modes
The DPS Blade V100R001C50 can be mounted on a wall, against a wall, or on a pole, a
channel steel, or angle steel tower. Cables can be routed from the bottom. The following
table lists the installation and maintenance modes of the DPS Blade V100R001C50.

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Table 2-2 Installation and maintenance modes
Item
Description
Installation mode
Wall-mounting (flush mounting), pole-mounting (flush
mounting and side mounting), mounting on a channel steel
(flush mounting), and mounting on an angle steel tower
Cabling mode
Bottom cabling
PSU replacement
Hot-swappable
Lithium battery
replacement
Hot-swappable
2.3.1 Cabling Rules for Cascading Multiple Modules
General Rules
⚫A maximum of four PSUs can be cascaded, and a maximum of eight lithium batteries
can be cascaded.
⚫If multiple PSUs are configured, you are advised to allocate DC loads evenly to the PSUs.
⚫Power cable cascading: The PSU and lithium battery are cascaded through the BAT port
(preferred) or LOAD port.
⚫Signal cable cascading:
−PSUs are interconnected using DB9–DB15 cables.
−PSUs are connected to lithium batteries using DB9–RJ45 cables.
−Lithium batteries are interconnected using RJ45–RJ45 cables.
⚫Network management system (NMS) cable connection:
−PSUs communicate with a Tianshan AAU/Wuyi RRU over the MBUS, and no
communications cable is required.
−PSUs are connected to an RRU using DB15-DB15 cables.
−PSUs are connected to an RRU using DB15-RJ45 cables.
−The third-party equipment monitors PSUs over dry contacts, YDN protocol, or
MODBUS protocol using DB15- cables.
Typical Installation Scenarios of a DC Blade Power Supply System
Scenario 1: 1500 W, one PSU
In this scenario, the power supply system supplies power to one AAU, three RRUs, or other
DC devices (such as BBUs).

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Figure 2-2 Cable connection of scenario 1
Scenario 2: 3200 W, two PSUs
In this scenario, the power supply system supplies power to dual-sector AAUs, one-band
RRUs, or other DC devices (such as BBUs).
Figure 2-3 Cable connection of scenario 2
AAU
1
PWR
DPU
Load1
DB15
DB9
AC
Load2
Load3
Bat
DBU
Bat Bat
RJ45 RJ45
DBU
Bat Bat
RJ45 RJ45
AAU
2
PWR
DPU
Load1
DB15
DB9
AC
Load2
Load3
Bat
Scenario 3: 4800 W, three PSUs
The load ports are occupied. Each blade PSU remains two load ports.

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Figure 2-4 Cable connection of scenario 3
AAU
1
PWR
DPU
Load1
DB15
DB9
AC
Load2
Load3
Bat
DBU
1
Bat
Bat
RJ45
RJ45
DBU
2
Bat
Bat
RJ45
RJ45
AAU
2
PWR
DPU
Load1
DB15
DB9
AC
Load2
Load3
Bat
AAU
3
PWR
DPU
Load1
DB15
DB9
AC
Load2
Load3
Bat
DBU
3
Bat
Bat
RJ45
RJ45
Scenario 4: 6400 W, four PSUs
The load ports are occupied. Each blade PSU remains two load ports.
Figure 2-5 Cable connection of scenario 4
LOAD
PWR
DPU
Load1
DB15
DB9
AC
Load2 Load3 Bat
DBU
1
Bat Bat
RJ45 RJ45
DBU
2
Bat Bat
RJ45 RJ45
LOAD
PWR
DPU
Load1
DB15
DB9
AC
Load2 Load3 Bat
LOAD
PWR
DPU
Load1
DB15
DB9
AC
Load2 Load3 Bat
DBU
3
Bat Bat
RJ45 RJ45
DPU
Load1
DB15
DB9
AC
Load2 Load3 Bat
DBU
4
LOAD
PWR
Bat Bat
RJ45 RJ45

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2.3.2 Typical Installation Modes
Figure 2-6 Side mounting or flush mounting on a small pole
Small poles refer to poles with a diameter of 60–114 mm.
Figure 2-7 Flush mounting on a wall and on a large pole
Large poles refer to poles with a diameter of 114–400 mm.

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Figure 2-8 Specifications and installation modes for channel steels and angle steels
2.3.3 Installation Rules
Table 2-3 Installation rules
Installation
Scenario
Installation
Mode
Maximum Configuration
for One Layer
Maximum System
Configuration
Small pole
Side
mounting
Two PSUs + Two 20 Ah
lithium batteries or three
20 Ah lithium batteries
or Two PSUs + Two 50 Ah
lithium batteries
1. Four PSUs + Eight lithium
batteries
2. If the system configuration
exceeds the maximum
capacity for one layer,
install the devices on
different layers.
3. Hose clamps are required
for large poles.
Flush
mounting
One PSU + One lithium
battery or two PSUs
Wall
mounting
Flush
mounting
One PSU + One lithium
battery or two PSUs
Large pole
Flush
mounting
One lithium battery + One
PSU or two PSUs
Channel
steel
Angle steel
1. Large poles do not support side mounting because of hose clamps. If side mounting on large
poles is required, submit an OR ticket to customize mounting kits.
2. The load-bearing capacity of a pole mounting kit is limited. If three or more than three 50 Ah
lithium batteries need to be installed, you are advised to install them on different layers, as
shown in the following figure.

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Figure 2-9 Installing batteries on different layers on a small pole
2.4 Application Environment
Table 2-4 Operating environments of the DPS Blade V100R001C50
Environment Parameter
Operating
Environment
Transportation
Environment
Storage
Environment
Remarks
Category
Item
Unit
Climate
Temperature
Low
temperature
°C
–40
N/A
–40
1. Solar
radiatio
n is not
included
.
2. The
upper
limit of
the
storage
tempera
ture for
a blade
power
supply is
70°C.
High
temperature
°C
+55
N/A
+60

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Environment Parameter
Operating
Environment
Transportation
Environment
Storage
Environment
Remarks
Category
Item
Unit
Humidity
Low relative
humidity
%
5
N/A
5
N/A
High relative
humidity
%
95
N/A
95
Condensatio
n
Yes/No
No
N/A
No
Altitude
Low altitude
m
0
0
0
The power
system
operates
properly in
the altitude
range of
0–2000 m.
When the
altitude
exceeds
2000 m, the
maximum
operating
temperature
decreases
by 1°C for
each
additional
200 m.
High altitude
m
4000
4000
4000
The operating temperature of a DPS meets the following requirements: –40°C to +55°C excluding solar
radiation, –40°C to +50°C with 1120 W/mm2solar radiation. Batteries support high temperature
derating and protection.
2.5 Application Limitations
2.5.1 Application Area and ECCN
The export control of this version is as follows:
1. This version of the product meets business continuity requirements
2. This version of the product does not support encryption. It does not need to apply for
Hong Kong pre-classification.
3. The ECCN classification information of this version of the product is as follows:
Part Number
Description
ECCN

DPS Blade V100R001C50 Configuration Manual
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05022SBY
Board Software,ENJD00031,Module Equipt Test Software,Load
EAR99
05022SBL
Board Software,ENJC0000H,System Difference File,Load
EAR99
05022SBK
Board Software,ENJA0000P,Site Monitor Unit Controlling Software,Load
5A991(OAM)
03025MJV
Manufactured Board,EN11PWRBK
5A991(OAM)
The target markets of the DPS Blade V100R001C50 power system include China, Asia Pacific,
Europe, Latin America, Canada, and Commonwealth of Independent States (CIS). It cannot be
directly sold in Japan, South Korea, and North America. Submit an OR ticket before selling in
these states or regions.
The blade power supply needs to acquire the following certificates: CE, TUV, RCM, FCC, IC,
ETL,Certificates of nine countries. KCC certification (requires local activation in Korea.
Nine countries refer to Algeria, Saudi Arabia, Qatar, Egypt, Nigeria, Kuwait, Uganda,
Botswana, and Tanzania.
The blade lithium battery needs to acquire the following certificates: CE, FCC, IC, and UN 38.3.
KCC certification (requires local activation in Korea, time to be determined), ETL certification
(time to be determined).
For regions that require other network access licensing, the local representative offices need
to apply for it by themselves.
Prohibit sale lsit：
Part
Num
ber
Description
Prohibit country
0107
4764
Lithium
Battery,DBU50B-N12A1,120mm(W)*300mm(D)*420mm(H),48V,
50Ah,Type(0C8920A0809F)),CFG(FFFFFFFFFFFF)
USA, UK, Canada,
New Zealand,
Australia
2.5.2 System Configuration
Table 2-5 Typical specifications for capacity expansion by parallel connection
Number of Load
Routes
DPU40D-N06A3
Number of
PSUs
Number of
Lithium
Batteries
Backup Power
Capacity (Wh)
(DBU20B)
Backup Power
Capacity (Wh)
(DBU50B)
3
1
0
0
0
6
2
0
0
0
3
1
1
960
2400
3
1
2
1920
4800
3
1
3
2880
7200

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Number of Load
Routes
DPU40D-N06A3
Number of
PSUs
Number of
Lithium
Batteries
Backup Power
Capacity (Wh)
(DBU20B)
Backup Power
Capacity (Wh)
(DBU50B)
6
2
1
960
2400
6
2
2
1920
4800
6
2
3
2880
7200
12
4
4
3840
9600
⚫PSU (DPU40D-N06A3):
−When one PSU is configured, the maximum output power of the PSU is 2000 W.
−When two PSUs are configured, the maximum output power of the PSUs is 3800
W.
−When three or four PSUs are configured, the maximum output power of the PSUs
is 2000 W x Number of PSUs x 0.8.
⚫Lithium battery (DBU20B-N12A3):
−When one lithium battery is configured, the maximum output power of the lithium
battery is 2200 W.
−When two lithium batteries are configured, the maximum output power of the
lithium batteries is 4180 W.
−When three to eight lithium batteries are configured, the maximum output power
of the lithium batteries is 2200 W x Number of lithium batteries x 0.8.
⚫Lithium battery (DBU50B-N12A1):
−When one lithium battery is configured, the maximum output power of the lithium
battery is 3000 W.
−When two lithium batteries are configured, the maximum output power of the
lithium batteries is 5700 W.
−When three to eight lithium batteries are configured, the maximum output power
of the lithium batteries is 3000 W x Number of lithium batteries x 0.8.
2.6 Configuration Procedure
Configuration procedures for a DC blade power system

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End
Start
Determine AC input voltage.
Determine
power grid types.
Class 3 B and Class 4
power grids
Class 1, Class
2, and Class 3 A
power grids
Countries with poor
mains power supply
Risk warning for poor
mains power supply
Identify high
temperature areas.
High
temperature
area
Risk warning for service
life reduction
Non-high-
temperature area
Is the Site
Within 500 m Away
from the Sea? Contact the MO if
necessary.
Yes
No
Select a northbound
communications cable.
Select an installation mode.
Is the mobile app
required?
Scenario 4
Scenarios 1, 2, and 3
Select lithium battery
models.
Determine input load power.
Enter the power backup
time.
Calculate the number of
lithium batteries.
Select a scenario.
No
Input the Number of
loads
Yes
Is a Load Grounding Clip
Required?
Configuration procedures for a DC blade power system
2.6.1 Determining AC Input Voltage
By default, Single-phase 220 V AC/Dual-live wire 110 V AC is selected. No optional item is
available.

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When a blade power supply works in the input mode of single-phase 110 V AC, the power is derated by
50%.
2.6.2 Determining Power Grid Types
The following alarm will be generated for Class 3B and Class 4 grids: Contact the MO to
determine the power grid types if necessary.
In scenarios where the mains quality is poor and the mains AC voltage has high voltage risk
(phase voltage is higher than 320 V), the modules may be damaged and the failure rate may
be high. In Pakistan, Bangladesh, India, Nepal, Sri Lanka, the following error message will be
displayed: The mains power quality is poor in this area, and the module failure rate may be
high.
Power Grid Types:
1. Class 1 power grid: The average AC input power failure duration for communications
equipment is less than 10 hours per month.
2. Class 2 power grid: The average AC input power failure duration for communications
equipment is less than 10 hours per week.
3. Class 3A power grid: The average AC input power failure duration for communications
equipment is greater than or equal to two hours and less than four hours per day.
4. Class 3B power grid: The average AC input power failure duration for communications
equipment is greater than or equal to four hours and less than eight hours per day.
5. Class 4 power grid: The average AC input power failure duration per day is greater than
or equal to 8 hours, including the no mains power scenario.
2.6.3 Identifying High Temperature Areas
For countries in high-temperature areas (for details, see the list of areas where the highest
ambient temperature is over 45°C), the following service life risk warning needs to be
provided: In high-temperature areas, lithium batteries cannot be assembled with RRUs,
because this will greatly shorten the battery service life.