SolarEdge StorEdge SE10K-RWS

1
MAN-01-00654-1.0 StorEdge Three Phase Inverter Wiring and On Site Check Quick Guide
StorEdge Three Phase Inverter with SetApp Configuration –
Wiring and On Site Check Quick Guide for Europe, APAC
and South Africa
Revision History
Revision 1.0 – Initial release (October 2019)
Overview
This document provides instructions for wiring and post-installation verification of a StorEdge system with the following
components:
StorEdge Three Phase Inverter with SetApp Configuration
Energy Meter
48V battery
For more details and additional system configurations, refer to the StorEdge Inverter Installation Guide supplied with the
StorEdge Inverter.
CAUTION!
For proper battery performance, the battery must remain connected to the StorEdge inverter and in charging
mode. Extended battery disconnection may result in deep discharge and damage the battery.
Wiring the System
Connecting the AC Grid
Use a five-wire cable. The maximum wire size for
the input terminal blocks is 4 mm².
1. Turn OFF the AC circuit breaker.
2. Open the AC grand and insert the AC cable through the
gland.
3. Pass the AC cable through the tunnel.
4. Thread the AC cable through two ferrite beads supplied with
the inverter: one 48 mm and one 39 mm.
5. Connect the AC cable to the AC terminals. Connect the PE
(grounding) wire first.
6. Tighten the terminal block screws with a torque of
1.2-1.5 N*m / 0.88-1.1 lb*ft.
DE – Seite 5
FR – Page 9
IT – Pagina 13
NL – Bladzijde 17
SP – Página 21
SW – Sida 25
L1
L2
L3
N
PE

SolarEdge StorEdge SE10K-RWS Specifications

General

Topology	Transformerless
Max Efficiency	98.3%
Dimensions	540 x 315 x 260 mm
Noise Level	< 50 dBA
Protection Rating	IP65
Rated AC Power	10000 W
AC Frequency	50/60 Hz
Maximum Efficiency	98.3%
Number of MPP Trackers	1
Warranty	12 years
AC Output Power	10000 W
Operating Temperature Range	-25°C to +60°C
AC Voltage	230 / 400 Vac
Max Input DC Voltage	480 V
Communication Interfaces	Ethernet, RS485, ZigBee (optional)
Max Charge/Discharge Current	25 A
Max Charge/Discharge Power	10000 W
Communication	Ethernet, RS485, ZigBee (optional)

Summary

Wiring the System

Connecting the AC Grid

Steps for connecting the AC grid to the inverter, including wire size, ferrite beads, and terminal torque.

Connecting the Energy Meter

Instructions for connecting the Energy Meter via RS485, using the correct cable and setting DIP switches.

Connecting the Battery

Procedure for wiring the 48V battery to the inverter, including DC cables, CAN bus, and DIP switch settings.

Post Installation Verification and Configuration

Installation and Wiring Checklist

Checklist to verify system components, wiring, grounding, and connections after installation.

Configuring the Meter and Battery

Steps for configuring the Energy Meter and battery via SetApp, including communication protocols.

Setting up Maximize Self-consumption

Guide to configuring the Maximize Self-consumption (MSC) feature using SetApp for energy management.

Support Contact Information