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Summary of Contents for Thinkpower EPH10KTL
- Page 2 Contents Contents DRED & RS485 Connection Power key and Declaration for EPS Loads Instructions on EPS mode 3.2.1 3.2.2 3.2.3 3.2.4 ESS Working Modes Setting Instruction...
- Page 3 Introduction Introduction...
- Page 4 Instruction Instruction Cloud Smart Meter Solar SYSTEM GRID METER FAULT SYSTEM GRID METER FAULT 100% Unbalance Output SYSTEM GRID METER FAULT Grid Hybrid Inverter Battery Backup Loads On Grid Loads SYSTEM GRID METER FAULT SYSTEM GRID METER FAULT SYSTEM GRID METER FAULT SYSTEM...
- Page 5 Introduction Installation 2 Installation 1.3.4.1) In the valley level, the grid and PV charge the batteries.(Fig:1.3.4.1) 2.1 Unpacking and Checking On receiving the inverter, please check before installation to make sure all the components as below are not missing or damaged. SYSTEM GRID METER...
- Page 6 Installation Installation 2.3 Mounting Leave enough space around the inverter as shown below: 2.3.1 Requirements For Mounting The installation of the inverter should be protected under shelter from direct sunshine or 40CM any bad weather conditions as shown below: Position Min.Size(CM) Front 40CM...
- Page 7 Installation Installation 2.4.2 Overview Of The Electrical Connecting Part Step3: Lift and hang the inverter on the wall,lock the nuts, and fix the machine. Power Battery WIFI Back-up On-Grid Meter DRED&RS485 Fig.2.8 2.4.3 PV Connection Before connecting PV panels/strings to inverter, please make sure: Fig.2.6 1) Use the right PV connectors in the accessory box.
- Page 8 Installation Installation 2.5 Battery Connection Battery connection diagram STEP1: Assemble the battery connectors from the accessory box.(battery cable must be firmly crimped into connectors) Power Battery WIFI Back-up On-Grid Meter DRED&RS485 Fig.2.12 STEP2: Connect the battery connectors to the inverter. There will be a click sound if connectors are inserted correctly into battery plugs.
- Page 9 Installation Installation 2.6 DRED&RS485 Connection The inverter shall detect and initiate a response to all supported demand response commands, demand response modes are described as follows: DRED cable connection diagram Mode Requirement Power DRM 0 Operate the disconnection device Battery WIFI Back-up On-Grid...
- Page 10 Installation Installation 1)※ Damage to the inverter: The main impack of half-wave loads on inverters is damage STEP2: to their voltage stability and thermal damage. Because the peak current generated by Connect the grid connector and the EPS connector half-wave load is short-lived, but it is very easy to cause thermal damage to the internal to the inverter.
- Page 11 Operating of the Inverter Operating of the Inverter 3 Operating of the Inverter The LCD display shows the detailed information of the inverter 3.1 LED and LCD Display The LED indicators are shown as blow: PV12 Status Explanation System is powered up SYSTEM System is not powered up Grid is normal...
- Page 12 Operating of the Inverter Operating of the Inverter...
- Page 13 Trouble Shooting Operating of the Inverter Automatic mode: the automatic mode can maximize the self use rate of photovoltaic power generation, and achieve the goal of not consuming grid power as much as possible within the regulation range of the energy storage system. The load at any time is the first priority, and charging is the second priority.
- Page 14 Trouble Shooting Operating of the Inverter Power limit setting Valley time charging Users can choose whether to turn on the on-grid power limit function after the battery is fully charged according to whether the local power grid company allows the photovoltaic This function is only effective when the user selects the peak shaving and valley filling power being exported to the power grid.
- Page 15 Trouble Shooting Operating of the Inverter 4 Trouble Shooting This part introduces the common fault and solving steps, provides troubleshooting methods and skills to the user, and helps the user identify and solve some common faults of the inverter. Protection Description Recommended solution code...
- Page 16 Trouble Shooting Trouble Shooting...
- Page 17 Technical Data Technical Data 5 Technical Data Efficiency Model EPH4KTL EPH5KTL EPH6KTL EPH8KTL EPH10KTL EPH12KTL Max conversion efficiency 98.0% 98.0% 98.2% 98.2% 98.2% 98.2% Input(PV) European efficiency 97.3% 97.3% 97.5% 97.5% 97.5% 97.5% Max PV Power 6000W 7500W 9000W 12000W...
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