FSP Technology EMERGY 3000 User manual

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EMERGY 3000
User Manual
Please read this User Manual first before Operating the System.

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Table of Contents
1. ABOUT THIS MANUAL ......................................................................................................... 1
1.1 Additional Information ..........................................................................................................................1
1.2 Symbol Used ..........................................................................................................................................1
2. PRODUCT OVERVIEW.......................................................................................................... 2
2.1 Appearance and Functions ..........................................................................................................................2
2.2 Gauge/Charging Indicators and Alarm.........................................................................................................4
3. SYSTEM OPERATIONS.......................................................................................................... 6
3.1 Turning On/Off System .........................................................................................................................6
3.2 Charging System ...................................................................................................................................6
3.3 System Outputs.....................................................................................................................................8
3.4 Physical Positioning...............................................................................................................................8
3.5 Apparatus/Equipment/Appliances .......................................................................................................9
4. TRANSPORTATION ............................................................................................................ 11
5. STORAGE ........................................................................................................................... 12
6. IN CASE OF EMERGENCY................................................................................................... 13
7. MAINTENANCE.................................................................................................................. 13
8. WARRANTY........................................................................................................................ 14

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1. About this Manual
This User Manual is for use with EMERGY 3000 . User must refer to the User Manual before using to avoid
abnormal situations.
1.1 Additional Information
(1) The information in this document is subject to change without notice.
(2) Specification of the product can be changed without any notice to customers for the system
improvement.
(3) All rights reserved. Reproduction, adaptation, or translation of this document without prior written
permission is prohibited, except as allowed under the copyright laws.
1.2 Symbol Used
Symbols
Meaning
Description
DANGER
Beware dangerous voltage.
WARNING
It calls attention to a procedure, practice, or the like,
which, if not correctly performed or adhered to, could
result in personal injury.
CAUTION
It calls attention to an operating procedure, or the like,
which, if not correctly performed or adhered to, could
result in damage to or destruction of part or all of the
products.

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2. Product Overview
EMERGY 3000 is All-in-One Energy Storage System that integrate Li-Ion Battery System, Battery
Management System, AC charger, Photovoltaic (PV) charger, DC to AC inverter, System Control into the
compact & portable suitcase.
2.1 Appearance and Functions
Figure 1 illustrates the appearance and key external parts in EMERGY 3000 . The functions of each key parts
are highlighted in Table 1.
Figure 1. Control Panel

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Table 1. Key External Parts and Functions
Item
Name
Function
Notes
1
MSW (MAIN
CONTROL SW)
Switch ON/OFF the system
Hard press MSW to toggle system
ON/OFF.
2
AC INLET
AC Input connection
(Please see paragraph 3.2.1)
3
PV INLET
AC Input connection
(Please see paragraph 3.2.2)
4
AC OUT SW
Switch ON/OFF AC output
Hard press AC OUT SW to toggle
AC output ON/OFF.
5
AC OUT
AC output(s)
AC socket(s) varies with country.
6
DC OUT SW
Switch ON/OFF DC output
Hard press DC OUT SW to toggle
DC output ON/OFF.
7
5V USB OUT
USB Power Sources
Total current rated at 2A.
8
GAUGE INDICATOR
Display State Of Charge
(SOC) of Li-Ion batteries
(Please see Table 2)
9
CHARGING
INDICATOR
Indicate charging state of the
battery
With a lightening mark under
CHARGING INDICATOR.
(Please see Table 3)
10
SYSTEM INDICATOR
System status indication
Light up when power is present.
11
AC OUT INDICATOR
AC output power indication
Light up when AC power is
present.
12
DC OUT INDICATOR
DC output power indication
Light up when DC power is
present.
13
LIFT HANDLE
For Lifting EMERGY 3000 .
14
PULL HANDLE
For pulling/ pushing the
system while on wheels.
Not for lifting EMERGY 3000 .
DO NOT use PULL HANDLE, but LIFT HANDLE to lift up EMERGY 3000 to avoid
damage to the system.

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2.2 Gauge/Charging Indicators and Alarm
2.2.1 Gauge Indicator
The State Of Charge (SOC) or remaining capacity of the battery is illustrated thru five (3 green, 1 orange, 1
red) LED indictors on its face panel. From right to left each additional indicator corresponds to about 20%
additional battery capacity as illustrated in Table 2.
Table 2. Gauge Indicators
Status
Meaning
5 LEDs On
(GGWOR)
SOC > 80%
4 LEDs On
(GGOR)
SOC between 60-80%
3 LEDs On
(GOR)
SOC between 40-60%
2 LEDs On
(OR)
SOC between 20-40%
1 LED On
(R)
SOC between 10-20%
(Charge Soon)
1 LED blinking
(R)
SOC between 0-10%
(Charge Immediately)
All LEDsOff
MSW is off or battery fully drained.
F 3/4 H 1/4 E
F 3/4 H 1/4 E
F 3/4 H 1/4 E
F 3/4 H 1/4 E
F 3/4 H 1/4 E
F 3/4 H 1/4 E
F 3/4 H 1/4 E

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2.2.2 Charging Indicator
CHARGING INDICATOR is used to indicate the stage of charging to the battery as illustrated in Table 3.
Table 3. Charging Indicator
Status
Meaning
Stay On
Charging
Blinking
1. Close to fully charged.
2. Blinking happens if charging current is less than 2A.
3. When closing to fully charged, it is normal whether
CHARGER INDICTOR is blinking or not.
Off
Five GAUGE INDICATORs are all on and CHARGING
INDICATOR is off if the system is fully charged.
2.2.3 Alarm
When the remaining battery capacity drops below 15%, an alarm sound- a periodical short buzz will be
initiated to inform user that the battery may run out of energies soon. It should be recharged as soon as
possible to avoid damage batteries.

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3. System Operations
3.1 Turning On/Off System
To turn on the system, firmly press MSW (Main Control Switch) for a light click. SYSTEM INDICATOR and
GAUGE INDICATOR should light up after about 10 seconds delay. This delay is normal and should not be
alarmed.
To turn off the system, press MSW again. All indicating lights will be off. Slight delay in AC OUT INDICATOR
is normal when AC OUT is not or lightly loaded. Pressing MSW will toggle the system status.
3.2 Charging System
3.2.1 AC Charging
To perform system charging via AC power source, the following steps are to be followed.
Step 1: Turn on the system by pressing MSW.
Step 2: Connect power cord (IEC320 type) to AC INLET, as illustrated in Figure 2.
Figure 2. AC charging
When EMERGY 3000 is charging, CHARGING INDICATOR will light up CHARGING INDICATOR will turn off
automatically when charging is terminated. The charging time for EMERGY 3000 is around 4-5 hours for a
full charge cycle (from empty to full).
The input source should comply with the input range (100-120Vac or 220-240Vac)
as indicated on AC INLET.
3.2.2 PV Charging

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To perform system charging via PV power source, the following steps are to be followed.
Step 1: Connect PV charging cable adaptor to PV INLET first, as illustrated in Figure 3.
Step 2: Connect MC4 connectors from the cable adaptor to MC4 connectors from PV panels. Use Y
Type MC4 connectors (not provided) for multiple PV panel branches.
Figure 3. PV charging
Step 3: Turn on the system by pressing MSW.
When EMERGY 3000 is charging by PV power, CHARGING INDICATOR will light up. CHARGING INDICATOR
will turn off automatically when charging is terminated.
EMERGY 3000 would take about 5-8 hours for a full charger cycle (from empty to full) when PV power is
greater than 650Wp and it is optimal solar radiation.
Failure to connect the cable adaptor first may cause unexpected electrical shock
from exposed connector pins in the adaptor before follow-up step.
Proper PV configuration should be used to ensure suitable input voltage range for
PV charger of EMERGY 3000 (refer to product specifications). Excessive voltage
level (>200V) may result in damage to PV charger.

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3.3 System Outputs
3.3.1 AC Output
AC outlet(s) of EMERGY 3000 provided is (are) also compatible with local electrical plugs. To utilize AC
output, the following steps are to be followed.
Step 1: Turn on the system by pressing MSW.
Step 2: Turn on AC output(s) by pressing AC OUT SW. AC OUT INDICATOR will turn on.
Step 3: Connect power cord of apparatus, equipment or appliance to AC OUT (AC outlet).
To discontinue using AC output, simply remove power cord of load unit from AC OUT or turn off AC output
by pressing AC OUT SW again. AC OUT INDICATOR will turn off.
The voltage and frequency range of the apparatus, equipment or appliance should
comply with the output voltage and frequency range of EMERGY 3000 to avoid
under-performance or damage to the load unit.
3.3.2 DC (USB) Output
DC (USB) output is turned on when MSW and DC OUT SW are switched on. When DC OUT SW is turned off,
DC output is also turned off. A total of 2A current is available for the two USB outlets.
3.4 Physical Positioning
EMERGY 3000 is designed to operate in an upright position as illustrated in Figure 4 Stable footing should
be provided when using the system. It is also highly recommended that the two braking mechanisms be
engaged to avoid possible skidding especially when the ground is inclined.
Figure 4. Physical Operating Position
Operations under other positions will add to thermal stresses on the system and
reduce system operating time.