RedEarth SunRise Mini SRM-1 Series User manual

SunRise 1-phase
Home Battery System
Model: SRS-2xx & SRM-2xx
User Manual
SRS-2xx (Maxi) SRM-2xx (Mini)

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 2 of 14 Issue Date 30/09/2022
SAFETY
Symbol
Explanation
Indicates additional information, emphasised contents or tips that may be helpful.
Caution, risk of electric shock.
Caution, risk of danger.
In the event of fire evacuate the area and call emergency services. A dry agent fire extinguisher
should be readily available and used. DO NOT use water. Evacuate the area and call emergency
services. Toxic gas may be produced if the battery catches fire.
Note: MSDS document is provided with the system and can also be found at
www.redearth.energy
Do not use a damaged battery. Batteries should only be disposed of at an appropriate recycling
centre. Please contact RedEarth for advice.
Working on the inside of the SunRise system is restricted to qualified personnel.
In Australia this is typically qualified electricians with CEC accreditation for Solar and Battery.
Many of the procedures covered in this Installation manual have inherent risks. Whilst the
SunRise is designed to be electrically safe, including residual current device and double insulated
cables, the voltages connected or generated by the equipment are hazardous and potentially
fatal.
The SunRise must only be commissioned by suitably qualified personnel. It is the responsibility
of the installer to ensure the operation and all the wiring is carried out according to all safety
standards that are applicable to the installation.
If equipment is used in a manner not specified by the manufacturer, the protection provided by
the equipment may be impaired.
In our efforts towards constant product enhancement, this document is subject to change at any
time. Please visit www.redearth.energy and download the appropriate and latest version of this
manual.
RedEarth Energy Storage Ltd
15 Fienta Place
Darra, Brisbane QLD 4076
Australia
Tel: [phone]
Email: [e-mail]
Web: www.redearth.energy

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 3 of 14 Issue Date 30/09/2022
Your SunRise Home Battery is an Australian-made all-in-one battery system designed to optimise your electricity usage,
reduce your electricity bill and also reduce your carbon footprint.
The system, including solar panels, generates and stores electricity for use day & night, and includes a backup capability
so that your key loads remain powered during any blackout.
You can monitor the system via RedEarth’s EMU app, available for both
Apple and Android phones.
There is also the option to use your electricity in other ways via RedEarth’s
PPP (Personal Power Plant), to generate additional income such as through
Energy Trading. Contact RedEarth for additional information.
These PPP features, along with ongoing remote monitoring by RedEarth, via
their RedPi Edge device, ensure you can earn the best return on their
investment. These options come with a small monthly service charge for the
customer.
The SunRise system can operate without batteries, however much of the
functionality will not be available unless batteries are installed.
 With batteries, PV solar electricity generated during the day will be used by your home, excess electricity will
be stored in the battery and then exported to the grid, which reduces your electricity bill. In addition the
battery ensures essential household loads (fridges, lights etc) can be powered during a power outage. It is also
a requirement for accessing the features of RedEarth’s PPP.
 Without batteries excess PV generated during the day can be exported to the grid, which reduces your
electicity bill, however no electricity can be stored for later use. Note that the SunRise is designed so that
batteries can easily be added inside it at a later date, as demand grows and budgets allow.
 The SunRise system can also easily be retrofitted to an existing PV solar system that may already be installed
at your home.
All batteries added later must be of the same make and model and supplied by RedEarth to maintain your warranty. A
maximum of 6 batteries can be added into the SRS-1xx (Maxi) totalling 24.6kWh nominal and a maximum of 3 batteries
can be installed into the SRM-1xx (Mini) totaling 12.3kWh nominal..
A small battery will limit the amount of self consumption and energy trading possible.
A total of 6.6kW of solar panels can be connected to the SunRise 1ph systems, and be fully claimable via the government
solar rebate scheme. Note that an additional PV inverter can also be added to increase the total size of your solar
system. In a typical home with 1-phase wiring up to 5kW of additional PV inverters can be added, allowing a maximum
of 13.2kW of solar panels to be installed. Contact RedEarth for more information if you are looking for a larger grid-
connected system.
PPP Private Power Plant: As mentioned above, RedEarth offers its PPP to generate more value for you from your SunRise
system than is normally available from other battery systems who only offer a VPP option (Virtual Power Plant). Contact
RedEarth for more details and to see if you qualify for RedEarth’s Private Power Plant.
Finally, SunRise is fully certified to AS4777.2:2020 & IEC62109.1&2 & AS60950.1 and conforms to the Australian Battery
Safety Guide.
About your SunRise

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 4 of 14 Issue Date 30/09/2022
Model numbers:
SRS-1xx Maxi model numbers;
 SRS-200 (no batteries)
 SRS-204 (x1 battery = 4.1kWh nominal)
 SRS-208 (x2 battery = 8.2kWh nominal)
 SRS-212 (x3 battery = 12.3kWh nominal)
 SRS-216 (x4 battery = 16.4kWh nominal)
 SRS-220 (x5 battery = 20.5kWh nominal)
 SRS-224 (x6 battery = 24.6kWh nominal)
SRM-1xx Mini model numbers;
 SRM-200 (no batteries)
 SRM-204 (x1 battery = 4.1kWh nominal)
 SRM-208 (x2 battery = 8.2kWh nominal)
 SRM-212 (x3 battery = 12.3kWh nominal)
Dimensions and
clearance/positioning information
SunRise Weight, size and IP rating:
SRS-2xx Maxi
 339kg with 6x TROPPO Lithium
batteries (42kg per battery)
 87kg complete without batteries
 1040H x 969W x 544D [mm]
SRS-2xx Maxi
 213kg with 6x TROPPO Lithium
batteries (42kg per battery)
 82kg complete without batteries
 1040H x 669W x 544D [mm]
IP rating: IP43
Positioning information summary:
Minimum Clearance around SunRise where no windows
doors etc are allowed. According to AS/NZS 5139.
Note: if the system is >300mm off the wall then this does
not apply.
The Sunrise is rated for the following Environmental
Condition – Rated maximum ambient operating
temperature 50degC for outdoor unconditioned without
solar effects. According to AS4777.2:2020.
This means the SunRise system must be installed in a
shaded area.

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 5 of 14 Issue Date 30/09/2022
Sunrise Overview
The SunRise – overview of operation
RedEarth’s SunRise Home Battery System is designed to be fully autonomous and provide solar and battery
power in the most efficient way possible.
The SunRise has all of the switches located on the right-hand side of the unit. These control the flow of power.
In normal operation there is no need to operate them. These sets are defined as “AC”, “PV” and “Battery” as
shown below.
Your House – main switch board
After the installation of your single-phase SunRise System, the Main Switchboard of your property should look
something like the following image. The two key components related to your SunRise system are identified
below:
1. SunRise Meter: This measures the amount of power imported from, or exported to the grid
2. “BATTERY SYSTEM CIRCUIT BREAKER”: Isolates the SunRise from the Switchboard, which is needed if
for example work is to be done on the Switchboard. At all other times this switch remains on.
During a blackout the essential loads are supported by the SunRise system. The non-essential loads will turn
off until grid power is restored. Note that if too many loads are on the essential circuit the battery could run
flat quite quickly or the backup circuit could become overloaded and turn off temporarily. Also note that the
solar panels connected directly to your SunRise System will continue to operate if there is a black-out, meaning
that extra power can be available above that stored in the batteries at the time of the black out.

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 6 of 14 Issue Date 30/09/2022
Turn ON procedure
NOTE: all devices listed below are located on the RHS of the unit and can be also identified by the numbers
affixed to the clear covers of the switches. (Numbers 1 to 4)
To turn ON the unit you must follow the steps below:
1 Switch ON the BATTERY SYSTEM D.C. ISOLATOR (#3);
2 Switch ON the two SOLAR D.C. ISOLATORs (#2)
3 Turn ON all AC circuit breakers and ensure the BYPASS switch is in NORMAL position (#1);
4
Shutdown Procedure
The shutdown procedure is the reverse of the “turn on”
procedure and is shown below. This procedure can be found on
the RHS of the unit.
1 Turn OFF all AC circuit breakers. Leave the BYPASS
switch in the NORMAL position (#1);
2 Switch OFF the SOLAR D.C. ISOLATOR (#2) – located on
the wall next to the SunRise system;
3 Switch OFF the BATTERY SYSTEM D.C. ISOLATOR (#3);
#
1
#
2
#
3
How to Turn ON / Shutdown my
SunRise

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 7 of 14 Issue Date 30/09/2022
Normal operation - Grid available:
The SunRise is setup to provide power in the most optimal way to reduce your use of electricity from the grid.
The priorities are to power your home from the PV (solar) first, then from the battery and finally from the
grid.
To take full advantage of your solar power, the solar power will go to the loads first and only the excess will
be stored in the batteries and used when needed. In the event where the loads are being met by the solar
power and the batteries are already full then any excess solar electricity will be exported to the grid.
To understand this better, please review the example from one of our customers below. It covers a full 24-
hour day.
The green line (green area) is the Solar Power that was generated (from 6am to 4pm), the orange line area is
the home load, the red line is the battery (charging and discharging during the day) and the blue area is the
grid (importing and exporting during the day).
In this example there are 4 clear scenarios:
 Scenario 1: It is very early in the morning. There is no solar power, the batteries are “empty”, and the
grid is providing power to the loads.
 Scenario 2: From 6am, as the solar power increases, it provides power to the loads and the excess
power charges the batteries. Grid power is now neutral.
 Scenario 3: The solar power is at its maximum and is still providing power to the loads. The batteries
are full and remain full until they are needed, usually as the sun goes down. The excess solar power is
being exported to the grid.
 Scenario 4: As the solar power disappears, the batteries start to “take over” the loads. While the
batteries still have energy, the grid will remain neutral, and your loads are being powered from the
solar power you stored during the day.
How my SunRise Operates

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 8 of 14 Issue Date 30/09/2022
Operation during Blackouts:
If Grid power is lost, e.g., due to storms damaging powerlines, the SunRise system will turn off momentarily
and then after a few seconds (up to a minute) power will be come back on, but only for the essential loads
(EPS) that were connected during the installation of your system. This will usually include your fridge, key
lights and power circuits.
While in this EPS (backup) operating mode, the Sunrise will use power from the battery and also from your
solar panels (during the daytime) Excess solar will charge the batteries. If you are careful with your electricity
use during a blackout you can maintain electricity supply to your essential loads for an extended period of
time. Note that if the conditions are overcast or it is raining then the solar panels will not generate as much
electricity as normal. Monitoring your RedEarth EMU app will show you the % of battery capacity remaining
(unless the mobile phone network is also not operating)
Once the batteries are empty, the SunRise will turn off and you will lose power on the EPS loads.
There are two ways that the SunRise will turn on again. Please see FAQ #1 at the end of this manual to learn
how this happens.
To better understand operation of your SunRise during a blackout review the real-life example below.
The green area is the Solar Power, the orange line are the house loads, and the blue line is the battery. Note
that in this example the grid in not present, which is what happens during a blackout.
In this example there are 3 clear scenarios:
 Scenario 1: It is early morning. There is no solar power or grid, the batteries are providing power to
the loads.
 Scenario 2: From 6am, as the solar power increases, it provides power to the loads and the excess
power charges the batteries.
 Scenario 3: Here the batteries are now full and the solar generation is reduced to match the house
loads as there is nowhere
Note: If the SunRise is overloaded during EPS operation mode, the inverter will turn off (loss of power on essential
loads). It will attempt to turn on again, but for this to be successful some loads must be turned off otherwise it
will trip again.
How my SunRis
e Operates

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 9 of 14 Issue Date 30/09/2022
Your SunRise system or PV array develops a fault
If your SunRise system develops a fault, then the whole system can be
bypassed.
Follow the Shutdown Procedure and then switch the system to Bypass Mode,
as explained below.
If you PV system (solar panels) develops an electrical leak (earth fault), the
SunRise will illuminate the red light in the AC Breakers window. If this happens,
follow the Shutdown Procedure (explained in this manual) and operate the
system in Bypass mode (as explained below) and contact your installer. If they
are not available, contact RedEarth.
BYPASS OPERATION
In the By-Pass operation mode the SunRise battery will be
completely bypassed and the grid will provide power
directly to all house loads, including the EPS (backup) loads.
Note that in by-pass mode there is no back-up protection
available for the EPS loads.
To activate By-pass mode, follow the shutdown procedure
during which all AC breakers, PV isolators and battery
isolators are turned off, THEN switch the By-pass Switch
into the downwards position (II)
The system will immediately provide all power from the
electricity grid. You should now contact your installer to begin
rectification work. If they are not available, contact RedEarth
NORMAL OPERATION:
Once rectification work has been completed the SunRise
system will be taken out of By-pass operating mode.
This is done by switching the By-pass switch into the up
position ( I ). Then the TURN ON procedure is followed, as
described earlier in this manual.
NOTE: The BYPASS switch has a middle position that is “OFF”. However,
this will disconnect the essential loads and is not used in normal
operation.
How my SunRise
S
ystem
Operates

SunRise 1-ph MCB – User Manual
SunRise 1ph MCB User Version 1.0 Page 10 of 14 Issue Date 30/09/2022
Monitoring your system is done via RedEarth’s EMU app.
To setup monitoring follow the steps below.
Scan the QR code sticker attached on the outside of your system. It looks like
this:
Scanning the code will take you to the RedEarth customer portal.
Entering the information requested will help you to get the most from your investment in RedEarth’s PPP.
.
After completing the warranty registration, you can easily create an account on the RedEarth EMU app with the
same email and start viewing your system straight away.
If you have any issues email [email protected].
Monitoring your system