---
title: "All-In-One — Quick Start Guide"
revision: "1.0.1"
publisher: AERL (Australian Energy Research Laboratories)
url: https://www.aerl.com.au/docs/all-in-one-quick-start-guide
pdf: https://www.aerl.com.au/documents/guides/AERL_AIO_Quick_Start_Guide_REV_101.pdf
description: "The essential steps to install, connect and start up the All-In-One: key values, anchoring, wiring, start-up sequence and IntegHub app set-up."
---

# All-In-One — Quick Start Guide

*Rev 1.0.1. Markdown copy of the AERL document at https://www.aerl.com.au/docs/all-in-one-quick-start-guide; the PDF (https://www.aerl.com.au/documents/guides/AERL_AIO_Quick_Start_Guide_REV_101.pdf) is the controlled version.*

# All‑In‑One Energy Storage System

Commercial Outdoor Energy Storage, 25⁠–⁠50 kW

**AIO-25K · 29.9K · 30K · 40K · 50K** **Quick Start Guide** Rev 1.0.1, 8 Nov 2026

### Document

| | |
|---|---|
| Revision | 1.0.1 (Australian edition) |
| Effective | 11 / 2026 |
| Audience | Licensed installers |
| Full details | All-In-One User Manual |
| Format | A4 · 16 pages |

## 01 Before You Start — What you need, key values at a glance

This guide covers the essential steps to install, connect and start up the All-In-One. It does not replace the **All-In-One User Manual**. Read the manual's safety instructions (§1) before you start, and use the manual for any step you are unsure of. References such as §5.3 point to sections of the user manual.

> **Only licensed electrical workers may install the All-In-One**
>
> Install in accordance with AS/NZS 3000, AS/NZS 5139, AS/NZS 4777.1 and the requirements of the local network service provider. Never work on live equipment: isolate every supply first. Connect the protective earth before anything else, and disconnect it last.

> **Lithium-ion battery**
>
> The cabinet holds up to 112.5 kWh of lithium-ion batteries at high DC voltage (up to 840 V). Never short-circuit the battery terminals. Do not install, wire or open the cabinet in rain, snow, lightning or high humidity.

### 1.1 What You Need

- **The All-In-One:** the battery cabinet (Solinteg E2BR) and the hybrid inverter (Solinteg M2HT 25–50 kW), which is packed separately.
- **Supplied in the cabinet's parts box:** decorative panels, mounting feet, lifting eyes, rain shelter, cable covers, bolts, M20 × 150 expansion anchors, lugs, the communication module, the battery communication cable and the inverter emergency stop cable (full list §3.4).
- **You supply:** grid, load and earth cables, earthing flat bar if used, cable tray and sealing material (§5.1.2).
- **Lifting:** a crane or forklift rated for at least 2 t, operated by a holder of the required high risk work licence.
- **Tools:** hammer drill, torque wrench and sockets, crimping tools (including RJ45), wire strippers, screwdrivers and a multimeter with a DC range above 1100 V (§4.1.5, §5.1.1).

### 1.2 Key Values at a Glance

| Item | Value | Manual |
|---|---|---|
| Cabinet size (W × H × D) | 1050 × 2262 × 1140 mm (cabinet alone); 1376 mm wide with the inverter fitted | §2.2 |
| Weight | Cabinet 1101–1440 kg; inverter 89 kg | About, §4.1.2 |
| Crane or forklift capacity | At least 2 t; crane working radius at least 2 m | §3.2 |
| Foundation | Level within 3 mm; slope no more than 5° | §4.1.2 |
| Anchor holes | 25 mm diameter, 150 mm deep, M20 × 150 anchors | §4.2.1 |
| Earth | 40 × 4 mm galvanised flat bar or 50 mm² PE; M8 × 16 bolts at 8 N·m | §5.2 |
| Grid cable | 4 × 35 + 1 × 16 mm² or 4 × 50 + 1 × 16 mm²; SC50-8 lugs at 12 N·m | §5.3.3 |
| Load cable | 4 × 25 + 1 × 16 mm² or 4 × 35 + 1 × 16 mm²; C45-25 lugs at 3.5 N·m | §5.3.3 |
| PE lugs (grid and load) | SC16-8 at 12 N·m | §5.3.3 |
| Grid and load strip lengths | Sheath 95–100 mm; cores 20–25 mm | §5.3.3 |
| Inverter on-grid connector | Terminal screws 3.8 N·m; nut 10 N·m | §5.3.1 |
| Inverter back-up connector | Strip sheath 95–100 mm, cores 15 mm; screws 5 N·m; nut 10 N·m | §5.3.1 |
| Battery voltage before connecting | 840 V or less | §5.3.1 |
| PV cable | 4 mm² or 6 mm² | §5.3.1 |
| Emergency stop and fire signal cores | 0.5–1.5 mm²; strip sheath 55 mm, cores 8 mm | §5.3.1, §5.3.4 |
| Operating temperature | −20 to 50 °C (charging 0 to 50 °C) | §4.1.3 |

## 02 Position and Anchor the Cabinet — Choose the site, lift and place the cabinet

### 2.1 Choose the Site

- A concrete, solid-brick or steel foundation designed for at least 2 t, level within 3 mm and sloping no more than 5°, with cable trenches or conduit entries (§4.1.2).
- Well drained and not low-lying, away from heat, flammable materials, corrosive gases, dust and strong vibration. Keep the separations from buildings that local fire codes require (§4.1.3).
- Keep the clearances shown below around the cabinet.

![Installation clearances.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-clearances.png)

**Figure 2.1** Installation clearances.

### 2.2 Lift and Place the Cabinet

1. Unpack the crate and remove the pallet bolts (§3.1). The door key is on the side cable panel.
2. To lift by crane, screw the four M24 lifting eyes and rubber washers into the top of the cabinet. Otherwise, use the forklift pockets (§3.2).
3. Place the cabinet on the foundation. Keep it upright and tilted no more than 10°.

![Fitting the lifting eyes.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-lifting-ring.png)

**Figure 2.2** Fitting the lifting eyes.

![Forklift pockets.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-forklift.png)

**Figure 2.3** Forklift pockets.

### 2.3 Anchor the Cabinet and Fit the Inverter

1. Fit the decorative panels with the 24 M5 × 10 screws (§4.2.1).
2. Choose front-and-rear or left-and-right mounting feet, and mark out the holes.
3. Drill the holes (25 mm, 150 mm deep), vacuum them clean and tap in the M20 × 150 anchors.
4. Bolt the four feet to the cabinet with the M8 × 25 bolts, then tighten everything evenly.
5. Fit the rain shelter above the right-hand side with the five M6 × 16 bolts and waterproof washers (§4.2.2).
6. Fix the inverter bracket to the right-hand side with four M8 × 16 bolts, hang the inverter on it and tighten the M6 side screws (§4.2.3).

![Mounting feet, front-and-rear or left-and-right.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-kickstand-direction.png)

**Figure 2.4** Mounting feet, front-and-rear or left-and-right.

![Hanging the inverter.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-inverter-mount-b.png)

**Figure 2.5** Hanging the inverter.

## 03 Earth and Wire the System — Earth the cabinet, inverter AC cables (on-grid and back-up)

> **Before you connect anything**
>
> Switch off every breaker in the cabinet and turn the inverter DC switch OFF. Connect the cabinet earth first. Leave the waterproof plugs in unused cable entries, and seal every entry when you finish.

### 3.1 Earth the Cabinet

Connect the earth point on the right of the cabinet to the site earthing system with 40 × 4 mm galvanised flat bar or 50 mm² PE cable, using two M8 × 16 bolts at 8 N·m. Paint cut ends of the flat bar (§5.2).

![Earth connection.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-grounding.png)

**Figure 3.1** Earth connection.

### 3.2 Inverter AC Cables (On-Grid and Back-Up)

The cables from the cabinet to the inverter are supplied and already connected inside the cabinet. Loosen the glands on the side cable panel and pull each cable out far enough to reach the inverter.

- **On-grid:** fit the connector seal parts to suit the cable, then the L1/L2/L3 lugs and N/PE lugs at 3.8 N·m. Tighten the connector nut to 10 N·m (§5.3.1).
- **Back-up:** do not confuse the back-up connector with the generator connector. Strip 95–100 mm of sheath and 15 mm of each core, tighten the terminal screws to 5 N·m and the nut to 10 N·m (§5.3.1).
- Feed any excess cable back into the cabinet and tighten the gland nuts.

![Cables between the cabinet and the inverter.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-inv-cable-schematic.png)

**Figure 3.2** Cables between the cabinet and the inverter.

### 3.3 Battery DC Cables

1. Measure the battery voltage at the cable ends. It must be **840 V or less** . Check the polarity.
2. Plug the positive and negative connectors into the inverter battery terminals until they click.
3. Inside the cabinet, remove the battery pack cover at the upper left. Plug the main positive and negative cables into the battery pack until they click, then refit the cover (§5.3.2).

![Plugging in the inverter battery connectors.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-battery-2.png)

**Figure 3.3** Plugging in the inverter battery connectors.

![Connecting the battery pack cables.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-battery-connectors.png)

**Figure 3.4** Connecting the battery pack cables.

### 3.4 Communication and Emergency Stop

- **BMS communication:** run the supplied cable from communication port B on the side cable panel to the inverter's **BMS 1** port (COM3, RJ45). BMS 2 is not used. Pinout: §5.3.1.
- **Emergency stop:** run the supplied cable from port C on the side cable panel to the inverter COM2 push-in terminals, following the COM2 terminal definitions in the inverter manual.
- **PV:** connect the PV strings to the inverter as its manual describes, using 4 mm² or 6 mm² cable.
- **Fire alarm signal (optional):** a dry contact on terminals 1-A and 2-A, for remote fire monitoring (§5.3.4).

![Communication port B.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-bms-1.png)

**Figure 3.5** Communication port B.

![Emergency stop port C.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-estop-1.png)

**Figure 3.6** Emergency stop port C.

### 3.5 Grid and Load Cables

1. Remove the sealing plate under the electrical compartment and open the grid and load glands in the base.
2. Thread the cables through the glands. Strip 95–100 mm of sheath and 20–25 mm of each core.
3. Crimp the lugs: SC50-8 on the grid cores (12 N·m), C45-25 on the load cores (3.5 N·m) and SC16-8 on PE (12 N·m).
4. Connect L1, L2, L3, N and PE as shown, refit the lower cover and tighten and seal the glands (§5.3.3).

![Grid and load terminals.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-ot-connect.png)

**Figure 3.7** Grid and load terminals.

### 3.6 Finish

Tie the cables to the tie bar and fit the cable cover after commissioning (§5.3.1). Close and lock the cabinet door.

## 04 Start up and Check — Start-up sequence, check the indicators

### 4.1 Start-Up Sequence

Switch on the breakers in this order (§6.1).

| Step | Breaker | Result |
|---|---|---|
| 1 | QF4 grid | Grid power on; white power indicator on |
| 2 | QF7 SPD | Surge protection in service |
| 3 | QF6-1 bypass | AC system in service |
| 4 | QF8 auxiliary main | Control circuits powered |
| 5 | QF81 air conditioner | Air conditioner starts |
| 6 | QF82 UPS | UPS starts. The first time, press the UPS power button |
| 7 | QF821 controller PDU | PDU control supply on |
| 8 | QF1 high-voltage box main | BMS powers up |
| 9 | QF3 high-voltage box DC | DC control supply on |
| 10 | QF2 high-voltage box AC | AC control supply on |
| 11 | — | BMS self-test. Green running indicator on; red fault indicator off |
| 12 | — | The inverter runs its grid self-test and starts on-grid operation |
| 13 | QF5 load | Check the loads are ready, then switch on. Start-up complete |

### 4.2 Check the Indicators

| Indicator | Running normally |
|---|---|
| Cabinet power (white) | On steady |
| Cabinet running (green) | On steady |
| Cabinet fault (red) | Off |
| Audible and visual alarm | Silent |
| High-voltage box fault (red) | Off |
| Inverter power (blue) | Breathing |
| Inverter grid | On steady (on-grid operation) |
| Inverter communication | Green (red means no BMS communication) |

If a fault indicator is on, see section 06 of this guide and §7.3 of the user manual.

![Breaker positions.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-startup-sequence.png)

**Figure 4.1** Breaker positions.

## 05 Connect to the IntegHub App

Scan a code to install the free Solinteg IntegHub app, or search for **IntegHub** in Google Play or the App Store.

Get the IntegHub app

![QR code: Android Google Play](https://www.aerl.com.au/docs/_assets/assets/images/partners/solinteg-integhub-android-qr.svg)

Android

Google Play

![QR code: iPhone App Store](https://www.aerl.com.au/docs/_assets/assets/images/partners/solinteg-integhub-ios-qr.svg)

iPhone

App Store

1. Log in to the Solinteg IntegHub app and create a plant.
2. Open the plant, tap **Devices** , then **+** .
3. Tap **Scan to add** and scan the QR code on the inverter rating plate, or tap **Enable Bluetooth** to find it.
4. Select the inverter, then choose **Wi-Fi** or **LAN** and enter the network details.
5. Wait for the three configuration steps to finish, tap **Complete** , then name the device and tap **Confirm** .

Step-by-step screenshots are in §6.2.4 of the user manual.

![Scanning the inverter QR code.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-app-3-au.png)

**Figure 5.1** Scanning the inverter QR code.

![Network configuration complete.](https://www.aerl.com.au/docs/_assets/assets/images/solinteg-e2br/e2br-app-10-au.png)

**Figure 5.2** Network configuration complete.

## 06 Shut Down, Alarms and Support — Shut-down sequence, common alarms

### 6.1 Shut-Down Sequence

1. Switch off load breaker QF5.
2. Switch off the high-voltage box breakers QF1, QF2 and QF3, in that order.
3. Switch off the auxiliary main breaker QF8.
4. Switch off bypass breaker QF6-1.
5. Switch off grid breaker QF4.

> **In an emergency**
>
> Press the emergency stop button on the door and switch off grid breaker QF4. Switch off QF821 as well if the UPS output must be cut (§6.1).

### 6.2 Common Alarms

| Code | Meaning | First check |
|---|---|---|
| E400 | No BMS communication | Battery type selected in the inverter; cable in BMS 1 (not BMS 2); RJ45 pinout |
| E401 | Battery over-discharged | Battery power and comms connections; PV, grid and generator connections; load size |
| E403 | BMS sleeping | Grid or PV supply is stable; battery-to-inverter power connection |
| E431 | Battery voltage mismatch over 100 V | Power cable connections and damage |
| E421 / E423 | Too cold to charge / discharge | Battery temperature reading and sensors; warm the battery, then restart it |
| E422 / E424 | Too hot to charge / discharge | Battery temperature reading and sensors; cool the battery, then restart it |

The full list of protection (E), alarm (I) and warning (W) codes is in §7.3 of the user manual.

> **AERL technical support**
>
> **1800 950 865 · support@aerl.com.au · aerl.com.au**
>
> Have ready: the model and the cabinet serial number, the inverter serial number and firmware, any alarm codes, and photos of the installation and indicators.

![AERL](https://www.aerl.com.au/docs/_assets/assets/logos/aerl-logo.svg) ![Solinteg](https://www.aerl.com.au/docs/_assets/assets/images/partners/solinteg-logo-light.svg)

Manufactured by **Solinteg** Supplied and supported in Australia by **AERL**

Australian Energy Research Laboratories

### Address

1/75 Bluestone Circuit Seventeen Mile Rocks QLD 4073 Australia

### Contact

[sales@aerl.com.au](mailto:sales@aerl.com.au) [support@aerl.com.au](mailto:support@aerl.com.au)

aerl.com.au Phone **1800 950 865**

Australian edition All-In-One · Quick Start Guide **Rev 1.0.1**