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Summary of Contents for ESY Sunhome HM6
- Page 1 HM6 Residential Energy Storage System User Manual （V-B01） Made in China ESY Sunhome Co., Ltd...
- Page 2 After two years of intensive effort, the team successfully developed and 2.1.2 Functional Features 3.3.5 Stacking Multiple Batteries tested PV home energy storage products, resulting in the official launch of the HM6 2.2 Product Parameters 3.3.6 Power Supply Installation series storage system products on January 14th, 2023.
- Page 3 1.2 Requirements for Installation and Maintenance Personnel 7 System Maintenance The personnel to be dispatched for installing or maintaining ESY SUNHOME’s devices are fully trained 7.1 Routine Maintenance andknowledgeable of all safety precautions and capable of performing all operations correctly.
- Page 4 1.3 Important Safety Information Warning! Make sure that the input voltage of the inverter’s PV port never exceeds the maximum Before device installation, operation and maintenance, please read this manual carefully. value. Exceeding the maximum voltage may result in permanent damage to the inverter Make sure that the product is effectively grounded before operation.
- Page 5 PV power generation, energy storage in batteries﹐ and peak–to-valley regulation of electricity consumption can reduce electricity costs and add value. The ESYSUNHOME HM6 smart home system is a 6kW solar storage charging system. It The ESYSUNHOME APP allows for real-time monitoring of power generation and consumption, as well integrates power, battery, and the internet, and can connect to the grid, photovoltaic as the setting of operating modes, enabling users to monitor and control the system's operation.
- Page 6 Net weight 49.55 kg Others Protection Over/under-voltage, over /under-frequency, overload, 2.2.3 Module Models short circuit, over-temperature, reverse polarity of Module Model HM6-05 HM6-10 HM6-15 PV module and battery, leakage current, insulation Number of batteries resistance, anti-island protection Maximum output power Topology...
- Page 7 2.3 Appearance Schematic diagram of top port arrangement for 5KWH+ household energy storage battery 2.3.1 Outline Dimensions 600 mm 530 mm 305 mm 600 mm 220 mm 305 mm Mark Purpose Mark Purpose 600 mm PACK- Battery cathode Reserved interface 28 mm PACK- Battery cathode...
- Page 8 Schematic diagram of bottom port arrangement for 2.3.3 Nameplate Identification 5KWH+ household energy storage battery ESYSUNHOME: brand HM6: model, indicating that the power supply specification is 6kW. ESYSUNHOME: brand 5KWH+: model, indicating that the battery specification is 5kWh. Pay attention to safety.
- Page 9 2.4 Working Modes 2.4.1 Normal Mode When PV energy is insufficient, the power stored in the battery When there is sufficient PV will be sold as a supplement to energy, priority is given to the power grid. supplying backup loads and household loads, followed by charging the battery.
- Page 10 Handlebar M4x30 mm flange hex screws 40 mm outer insulation and 5 mm core insulation cable screws stripped, 3m long, for connection between the HM6 residential energy storage system and electricity meter. Expansion Cross recessed outer hexagonal Ground wire tubes with...
- Page 11 3.2.2 Selection of the Installation Environment Name Specifications Quantity Schematic Diagram Please select the site according to the relevant requirements. Expansion Inner diameter: 5mm; outer screw gaskets diameter: 12mm; SUS304 gasket 3.1.3 Base of 5KWH+ Residential Energy Storage Battery 58 ℃ ≥58 ℃...
- Page 12 3.2.3 Selection of Installation Location 3.3 Installation The Power Supply should be installed on solid and flat ground that is able to support its 3.3.1 Location weight. Tools: spirit level, marker, ruler HM6-05 HM6-10 HM6-15 Module Model Number of batteries Weight (kg)
- Page 13 3.3.2 Drilling Base mounting screws Tools: electric drill (bit size: φ6mm﹚, hammer, expansion tube ﹙M6x40 mm﹚with screws M4x8 mm ＞40 mm 595 mm 18mm Base mounting screws M4x8 mm 595 mm Secure four screws using the screwdriver Once the installation location has been determined, tighten all screws.
- Page 14 3.3.6 Power Supply Installation RS485 Tools: ruler, screwdriver, angle iron screws (M4x12 mm), angle iron of HM6 power, expansion tube (M6x40 mm) WiFi/Bluetooth with screw, handlebar screws (M4x30 mm flange hex screws), waterproof cover, open end wrench (7mm)
- Page 15 4.2 Schematic Diagram of System Connection Solar panels RS485 RS485 wifi/Bluetooth wifi/Bluetooth RS485 wifi/Bluetooth DRMS DRMS PV1+ PV2+ PV1+ PV2+ DRMS Be cautious PV1- PV2- PV1- PV2- PV1+ PV2+ electric shock PV1- PV2- Grid Grid Ground Load Load Grid Battery switch Battery switch wire screw Grid...
- Page 16 4.5 Power Grid Connection Allen Waterproof screwdriver Tools: Allen screwdriver (φ2 mm), cable terminal (single-phase three-wire), stripping pliers, tape, plug Allen cable (L, N, PE﹚ screwdriver Be cautious RS485 wifi/Bluetooth electric shock DRMS PV1+ PV2+ PV1- PV2- Grid Waterproof seal Load Battery switch Unscrew the AC output terminal.
- Page 17 4.6 Electricity Meter Connection 4.6.1 Electricity Meter Installation Tools: screwdriver (small cross), network cable, network cable pliers, stripping pliers, tape, electricity meter RS485 wifi/Bluetooth guide rail, slide rail screws, marker, hammer, electric drill, expansion screws, electricity meter screws DRMS PV1+ PV2+ PV1- PV2-...
- Page 18 Symbol Description Schematic Diagram Current current 11 12 Current active power Connect the L-line of the grid circuit breaker to the Check if all the wire connections are secure and 1st port of the electric meter, and connect it from cover with a protective cover.
- Page 19 4.6.3 Electricity Meter Configuration PT setting Schematic Diagram Password Setting Schematic Diagram In the settings page, press "▲" or "▼" to select "PT." Press the "set" button to enter the PT settings page. Press and hold the "SET" button for 3 seconds to enter the password input page.
- Page 20 Caution Tools: PV+ connector, PV- connector, PV crimping pliers Make sure that the maximum input voltage of the HM6 residential energy storage system Before wiring, cover the shading plate and ensure that the photovoltaic components are does not exceed 550 V (since the open circuit voltage of the PV module is higher at low within a safe voltage range.
- Page 21 APP. See Chapter 5 for network configuration. 2. HM6 power supply: when the battery circuit breaker of the power supply is closed, the left light bar of the power supply will flicker continuously and emit a buzzing sound, indicating that the power supply has been started.
- Page 22 APP to view the 3D scene graph, including the consumption data interface. The statistical chart displays bar power grid, HM6 residential energy storage system and load. graphs of daily, monthly, and yearly electricity consumption, The direction in which the green cursor moves indicate the...
- Page 23 Once the configuration is successful, Tap "Revenue" on the home page to enter the revenue display data from the HM6 inverter will be transmitted to the cloud through WiFi-IOT PRO. The interface. In the statistical chart, you can view the daily, monthly, cloud then relays the data to the user's app, enabling real-time data remote monitoring.
- Page 24 6.3 Alarm Status 7.2 Precautions for Long-Term Non-Use When the indicator at the bottom of the light bar is OFF and the top three indicators If the inverter is not used for more than 7 days, please disconnect the circuit breakers for are ON, it means that the device has an alarm or fault.
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