Humless HOME 6.5 User manual
ATTENTION:
Strictly follow this user manual and pay close attention to all warnings.
Please DO NOT operate before reading this USER MANUAL.
USER MANUAL
HOME POWER SERIES 6.5 kWh
NOTICES
•HUMLESS™products are protected by patent law.
•HUMLESS reserves the right to modify or change parts of or all the
specications and pricing policies at company’s sole decision.
•HUMLESS shall not be liable for losses caused by either incidental or
consequential use in connection with the furnishing, use or performance of
this manual as well as any information contained therein.
•Any part of this document is forbidden to be copied or rearranged
without prior written approval of HUMLESS.
•Information in this publication replaces all previously correspond-
ing material.
PRODUCT CERTIFICATION
HUMLESS guarantees this product conforms to the national and
industrial standards or that the standard conformance certication is
in progress.
CONTACT US
If you have any problems or need help when using our products,
please contact HUMLESS LLC, your local distributor, or visit
www.humless.com
©2017 HUMLESS LLC, All Rights Reserved
Humless is a registered trademark of HUMLESS LLC
Publication Number: HPS-65001
The Information provided in this documentation contains general descriptions and/
or technical characteristics of the performane of the products contain herein. This
documentation is not intended as a substitute for and is not to be used for determining
suitability or reliability of the products for specic user applications. It is the duty of any
such user or integrator to perform the appropriate and complete risk analysis, evaluation
and testing of the products with respect to the relevant specic application or use thereof.
Neither Humless nor any of its afliates or subsidiaries shall be responsible or liable for
misuse of the information contained herein.
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TABLE OF CONTENTS
1. BRIEF INTRODUCTION...................................1
1.1 Foreword ............................................1
1.2 Applicable Personnel...................................1
1.3 Safety Precautions ....................................1
1.4 Use & Maintenance ....................................2
2. PRODUCT OVERVIEW ...................................2
2.1 Appearance ..........................................3
2.2 Back & Side Sketch....................................4
2.3 Power On/Off Introduction ..............................4
3. UNPACKING ............................................4
4. INSTALLATION..........................................5
4.1 Installation Precautions .................................5
4.2 Wiring Instructions.....................................5
5. OPERATION ............................................6
5.1 Operation Display Panel ................................6
5.2 Power On/Off.........................................6
5.3 LCD Display and Operation..............................6
5.3.1 Initialization Interface .................................6
5.3.2 System Homepage...................................7
5.3.3 System Time Setting .................................7
5.3.4 User Setting Interface.............................. 7-10
5.3.5 System Information .................................10
5.3.6 Language Setting ...................................11
5.3.7 Administrator System Setting....................... 11-14
6. FUNCTIONAL CHARACTERISTICS ........................15
6.1 Working Mode Features ...............................15
6.2 Other Functional Characteristics...................... 15-16
6.3 Power Off. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16
7. COMMUNICATION......................................16
8. TROUBLESHOOTING ...................................17
9. SPECIFICATIONS.................................... 18-19
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1. BRIEF INTRODUCTION
1.1 Foreword
This manual gives detailed product information and instructions for
the Home Power Series 6.5 kWh products. Please read this manual
carefully before using this product. Please keep this manual in a safe
easy to get to place.
1.2 Applicable Personnel
After reading the manual, users will be able to use the Home Power
Series 6.5 kWh product. You can also troubleshoot and build a
communication system.
Should any questions during installation, please contact your locally
appointed technical supporter.
1.3 Safety Precautions
1. Please read the “Safety Precautions” before using to ensure right and
safe operation and safely keep the manual. We have the rights of not
offering quality assurance if the product fails when user doesn’t follow
this manual.
2. Please notice the warning marks and follow the manual
during operation.
3. Keep the product away from sun, rain and humid conditions.
4. Keep the product away from heat source, like electric warming
oven, furnace, etc.
5. Keep a safe distance for ventilation and follow the manual
when installing.
6. This product is in the protection of the surge equipment level is very
low. the installation of the PV into the line at the end of the increase
in lightning protection device.
7. Once a re, please use dry powder extinguisher for extinguishment
because fluid extinguisher may cause electric shock hazard.
8. Please contact the local appointed installer or maintainer when
maintenances needed.
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1.4 Use & Maintenance
1. The working and store conditions influences the using life and
reliability of this product, so please pay attention to avoid the
following environment.
• Out of the specications (temperature 0‘C~40°C, relative humidity
5% to 90%) of high or low temperature and over humid place
• Please with vibrations or shocks
• Place with metal dust. corrosive substances, salt and
flammable gases
2. Use this product indoors only!
3. All electrical installation and maintenance shall be conducted by
licensed electrician and shall comply with National wiring rules.
4. If do not use the device for a long time, please store it in a dry
environment with temperature from -25‘C to 55°C. Before use it again.
please warm it up within.
2. PRODUCT OVERVIEW
This is a small on/off-grid hybrid energy storage system. converting
DC power from solar panels to AC electricity. feeding back to grid.
charging built-in battery to store energy. Besides, the peak-avoiding
working mode offers off peak electricity utilization.
It is an emergency power supply for TV or LED lights and other
signicant electrical devices when mains fail.
For areas without solar system. user can store power at night when
electricity price is lower and use the stored power during day time when
electricity price is high, which saves electricity charge.
The system can feed back electricity generated by solar panels to grid
where on-grid is allowed.
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2.1 Apperance
4
2.2 Back & Side Sketch
2.3 Power on/off introduction
3. UNPACKING
Before opening the package, please check if the packaging is damaged.
After unpacking, please check if product appearance is damaged or
there is missing parts. If so, please contact us.
NO ITEM QUANTITY
A PV On & Off Grid Energy Storage System 1
B User Manual 1
C Warranty Card 1
MB
Box Contents:
5
Please wire according to below form:
4. Installation
4.1 Installation Precautions
1. Place the product where is well-ventilated and away from water,
flammable gases, corrosive and other dangerous articles. Installation
environment should meet the specied requirements.
2. Keep the air outlet on housing rear panel and the air intake on housing
side unobstructed.
3. Low temperatures may cause condensation droplets in the product; user
must wait for installation or use until inside and outside of the machine is
dry completely. Otherwise there may be danger of electric shock.
4. PV module should be equipped with lightning protection devices.
4.2 Wiring Instructions
PE
LN
GRIDGRIDS I OUT PV1 PV2
PE
LN LN PN PN
REMOTE
Note:
1. In general can only use the PV1, if you need to use two PV panel input,
these two string PV panel number should be consistent.
2. 0ut terminal is connected to the load, can not be connected to the
power grid.
3. SI terminal is not used.
5. OPERATION
5.1 Operation Display Panel
5.2 Operation Display Panel
1. Power On: Press onloff button for one second or longer, the LCD display
and button LED light on and system powers on.
2. Power Off: Press onloff button for three seconds or longer, the LCD
display and button LED light off and system powers off.
5.3 LCD Display and Operation
5.3.1 Initialization Interface
After power on, LCD display shows system initialization interface as below.
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5.3.2 System Homepage
System homepage after Initialization
Touch the icons or works on LCD to see related information or
setting parameters.
5.3.3 System Time Setting
The bottom right corner of system homepage displays system time and
touch the related area to set system time.
5.3.4 User Setting Interface
Touch “Setting” area of system homepage to user’s setting interface.
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1. Touch the number after “Min Capacity Retention “to set minimum
battery capacity retention percentage.
2. Touch the number after “Max Capacity Retention “to set maximum
battery capacity retention percentage.
3. Touch the number after “System Output Voltage “to set System AC
output Voltage.
4. Touch the number after “System Output Frequency ‘to set System AC
output frequency.
Note: Please carefully check the local conditions before changing
the above.
5.3.4.1 Working Mode Setting
Choose one from four working modes from Peak-Avoiding Mode,
Energy-Saving Mode. Economical Mode and Off Grid Mode.
Touch ‘Yes’ or “No” to conrm or back respectively.
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5.3.4.2 Peak-Avoiding Mode Setting
After conrming Peak-Avoiding Mode, next step should be set the
Peak-Avoiding time.
Touch “Peak-Avoiding Time” below “Peak-Avoiding Mode”.
5.3.4.3 Factory Reset Setting
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5.3.4.4 Alarm/Buzzer Setting
5.3.5 System lnlormation 5.3.7 Administrator System Setting
Touch “System Info’ area on system homepage to check system running
status and alarm information.
5.3.6 Language Setting
Touch ‘Language’ area on system homepage to set system language.
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5.3.7 Administrator System Setting
Touch on system homepage and input passwords to administrator
setting page.
Note: administrator setting is only for prolessional, maintainer or other
alter-service technician.
Type in correct password to access and next page as below.
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5.3.7.1 Bi-directional Inverter Setting
“Inverter Maximum Charge Current” stands for battery maximum charge
current from grid.
“Inverter Maximum Discharge Current” stands for the maximum
feedback current to grid.
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5.3.7.2 PV Charger Setting
“PV Maximum Charge Current” refers to the maximum charge current
for battery from PV module.“PV Maximum Charger Voltage” refers to the
maximum charge voltage for battery from PV module.
5.3.7.3 BMS Setting
This page tells detailed battery information including battery single
cell voltage.
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5.3.7.4 Password Setting
The fault password is 123456. Only the administrator is supposed to
change or set these passwords. If the password is forgotten, the user
can touch “Setting” in homepage, then touch “Factory Reset” this will
reset the password back to the default setting 123456.
Note: When the user enters the wrong password more than three times,
the system automatically resets the password to the factory preset.
5.3.7.5 Forced Charge/Discharge Setting
Maintainer can force the system to charge battery from AC power
supply or discharge, and can also enter debug mode.
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6. FUNCTIONAL CHARACTERISTICS
6.1 Working Mode Features
Under any certain working mode. system use solar energy rstly
and choose energy source automatically based the custom setting
parameters or defaults. Besides, system offers uninterrupted power
supply automatically when mains fail.
6.1.1 Peak-Avoiding Mode
The system can store electricity when rates are low and power your
home when rates are high based on the setting charge and discharge
time. When mains supply.
6.1.2 Energy-Saving Mode
Solar generation satises home needs and surplus energy doesn’t feed
back to grid. When mains supply fails. system offers uninterrupted
power supply automatically.
6.1.3 Economical Mode
Solar generation satises home needs and surplus energy feeds back
to grid for prot. When mains supply fails. system offers uninterrupted
power supply automatically.
6.1.4 Off-Grid Mode
System doesn’t feed energy back to grid. When mains supply fails,
system offers uninterrupted power supply automatically.
6.2 Other Functional Characteristics
6.2.1 When there is no input for solar panels or grid and the battery
capacity is lower its 10%, the system will shut down the output to
protect battery from low discharge. And the system will shut down
automatically if there is still no input in 10 minutes.
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6.2.2 After the system shutting down because of low battery capacity, if
there is input from grid or solar panels, system will turn on automatically
and keep operating on previous working mode.
6.2.3 After the system shutting down because of low battery capacity,
if there is only input from solar panels, the system will restart output
automatically after battery capacity
6.3 Power Off
If the machine need be shut down thoroughly, eg for long term storage,
the operation steps as Below.
1) Open the wire -in cover at the right side of metal housing. turn off
breakers, cially the PV input breaker and grid input breaker. The system
won ’t be shut down if there is any input from solar panels or grid.
2) Touch I on LCD homepage, choose “standby”, then press and hold
on the nded button under LCD display until the button indicator turns
off. Then the machine shuts down totally.
7. COMMUNICATION
The product offer RS-485 communication interface and the interface
denition as follows:
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8. TROUBLESHOOTING
Our products have been strictly tested before delivery. If you have any
difculty during installation or operation, please contact your local
installer or contact us.
In the event a machine does not work. please inform us and provide
product related information.
Please have the following information available during your call:
Product Infromation:
1. LCD display alarm information
2. Grid voltage
3. DC input voltage
4. Can you repeat this failure problem?
5. has this problem happen before?
6. what probably caused this problem?
For PV module:
1. Solar panels manufacturer name and Model number
2. Solar panels output power
3. Solar panels output voltage
4. Solar panels MPPT output voltage
5. Solar panels MPPT output current
6. Solar panel quantity
Table of contents
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