Huawei iSitePower-M MAP05A1 Quick Manual
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Summary of Contents for Huawei iSitePower-M MAP05A1
- Page 1 V100R002C00 (MAP05A1, MAB05B1) Quick Guide Issue: 04 Date: 2022-07-15 Huawei Digital Power Technologies Co., Ltd.
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Page 2: System Description
System Description Single Product System (Typical Scenario) Single Product System (Capacity Expansion Scenario) -
Page 3: Parallel System
Parallel System • A maximum of three power modules can be connected in parallel. The following figure shows two power modules in parallel. In parallel connection scenarios, the number of battery modules on the master and slave • products must be the same. Overview (A) PV string (B) DC switch (C) AC Parallel Box (D) PDB... -
Page 4: Power Module
Overview iSitePower-M The iSitePower-M is a fuel-free hybrid power solution for areas with no or poor mains supply. LED indicator Heat sink Power module Decorative cover Battery modules Base Note: The 15 kWh model is used as an example. Power Module Left view Right view Right view (door opened) -
Page 5: Battery Module
Battery Module AC Parallel Box Left view Right view (3) Terminals (1) Ground (2) Ground (1) Alignment for battery point on the (3) Cable bags (2) COM port boss module door cascading (4) AC input (5) N wiring (6) AC output (5) Ground (4) Heat sink circuit breaker... -
Page 6: Installation Tools
Installation Tools Hammer drill Insulated torque socket Adjustable torque Diagonal pliers Wire stripper wrench (including an wrench extension bar) Phillips insulated Flat-head insulated Rubber mallet Utility knife Cable cutter torque screwdriver torque screwdriver Crimping tool, Cord end terminal Removal tool Cable tie Vacuum cleaner model: PV-CZM-... -
Page 7: Installation Dimensions
Installation Dimensions Single Product Scenario (Top view) Parallel Connection or Capacity Expansion Scenarios (Top view) - Page 8 Installing a Mounting Bracket Ground Mounting Two marking out templates are required for The base must be secured to the ground ground mounting. A small marking out using bolts. Otherwise, the device may tip template determines holes on the ground, and over, causing personal injury or device a large marking out template determines damage.
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Page 9: Wall Mounting
Wall Mounting 1. Mark the mounting holes for 2. Drill holes and install expansion the wall-mounting base and bolts. battery modules. 3. Install the wall-mounting base. -
Page 10: Installing Modules
Installing Modules Installing Battery Modules and Power Modules This section describes how to install • Two persons are required to move a module. modules in the ground mounting scenario. • Battery modules must be secured to the wall. 1. Install a battery module on the 2. - Page 11 4. Install the remaining battery modules and power module from bottom to top. Each time a module is installed, tighten the screws on the left and right, and then secure it against the wall. Ground mounting Wall mounting 5. Open the power module maintenance compartment and set the DIP switch address. DIP Switch Scenario Pin 1(M/S)
- Page 12 (Optional) Installing Battery Modules for Capacity Expansion Installing Batteries for Capacity Expansion One bracket supports a maximum of three battery modules. If more than three battery modules are installed, an additional bracket is required. 1. Install the bracket and modules. For details, see chapters 3 and 4.1. 2.
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Page 13: Preparing Cables
Installing Cables • Connect cables in accordance with local installation laws and regulations. • Before connecting cables, ensure that the DC SWITCH on the power module and all the switches connected to the power module are set to OFF. Otherwise, the high voltage of the system may result in electric shocks. - Page 14 Installing Ground Cables • Ensure that the ground cables are installed securely. Inappropriate grounding may cause device damage and personal injury. • Connect the ground point of the power module to the ground bar, and then connect equipotential cables between modules. In capacity expansion scenarios, cascading cables at the lower part must be routed from the •...
- Page 15 Installing AC Input and Output Power Cables 1. Prepare cable terminals by referring to the appendix. Connect AC power cables to the terminal connectors. Before installing an AC input power cable, ensure that the upstream AC input switch is turned off and a prominent label indicating "Do not operate"...
- Page 16 Installing PV Input Power Cables 1. Use a wrench to remove the waterproof gland from the PV input terminal on the power module. 2. Install the PV input power cables. Take the disassembly wrench out of the decorative cover. • Prepare cable terminals by referring to the appendix.
- Page 17 Installing Battery Module Power Cables 1. Use a wrench to remove the waterproof glands from the cascading terminals of the battery modules. 2. Install power cables for the battery modules. 3. Use a wrench to remove the waterproof gland from the power module. 4.
- Page 18 Capacity Expansion Scenario In capacity expansion scenarios, you need to separately purchase bottom cascading cables • from Huawei Digital Power. In capacity expansion scenarios, cascading cables at the lower part must be routed from the • rear of the product.
- Page 19 Installing Battery Module Signal Cables When a communications terminal is connected to a single network cable, a waterproof rubber plug must be installed. 1. Remove the waterproof gland from the communications terminal of a battery module. 2. Remove the locking cap and waterproof rubber plug from the communications terminal housing. 3.
- Page 20 Capacity Expansion Scenario In capacity expansion scenarios, cascading cables at the lower part must be routed from the • rear of the product. • Cables outside the device must be routed through cable pipes.
- Page 21 Installing a Genset Control Signal Cable For a generator set (genset) that starts when the dry contact is open, connect the signal cable • to ports NO and COM. For a genset that starts when the dry contact is closed, connect the signal cable to ports NC and COM.
- Page 22 (Optional) Parallel Connection Scenario • 安装并机线缆前，请正确设置主机与从机的拨码地址。 • 拨码地址仅在重新启动后生效，请在设备下电的情况下设置。 DIP Switch Scenario Pin 1(M/S) Pin 2 (A) Pin 3 (B) Pin 4 (C) Address Master Parallel Slave 1 products Slave 2 Installing Communications Cables Between Parallel Power Modules When installing communications cables between parallel power •...
- Page 23 Installing an AC Parallel Box The AC parallel box is used for paralleling of power modules to increase the system power. A maximum of three power modules can be connected in parallel. 1. Mark mounting holes. 2. Install expansion bolts. 4.
- Page 24 Preparing Cables Prepare cables for the parallel box. Conductor Cross- Cable Type Outer Diameter Sectional Area Range AC input power cable Outdoor three-core from the mains input 25 mm 16–26 mm copper cable (L/N/PE) to the parallel box Cable from the parallel box to the AC Outdoor three-core 4–6 mm...
- Page 25 Installing AC Output Power Cables in a Parallel System • Install a short-circuit plate for AC output circuit breakers. • The three cables from the AC output circuit breakers to the power modules must be of the same length. Short-circuit plate AC load...
- Page 26 Installing AC Input Power Cables in a Parallel System • Install a short-circuit plate for AC input circuit breakers. • The three cables from the AC input circuit breakers to the power modules must be of the same length. Mains Short-circuit plate...
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Page 27: Verifying The Installation
Verifying the Installation Verifying the Installation Expected Result The installation is correct and reliable. Cables are routed properly as required by the customer. Cable ties are evenly spaced, and no sharp burrs are left at the cut points. Power cables, signal cables, and ground cables are connected correctly and securely. The DC SWITCH and all switches connected to the product are OFF. - Page 28 Subsequent Operations 1. Close and lock the maintenance compartment door. 2. To facilitate cabling, cut off part of the decorative cover as required. Left decorative Right decorative cover cover 3. Route the cables out of the cable holes. The outlet positions shown in the figure are for reference only.
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Page 29: Power-On Commissioning
4. Tighten the screws. Power-On Commissioning Powering On the System Overview • The product must be powered on within 24 hours after being unpacked. During maintenance, the power-off time cannot exceed 24 hours. • If there is no AC input or no PV module is configured, press the manual ON/OFF switch first. Set the DC SWITCH of the power module and the AC input switch to ON. -
Page 30: Downloading And Installing The App
The app cannot be installed on a tablet or a device with the foldable screen or landscape screen. Method 1: Search for NetEco in Method 2: Scan the QR code and Huawei App Galley and download download the latest installation the latest installation package. package. - Page 31 Appendix Preparing Terminals Preparing a Cord End Terminal (1) Cable (2) Cord end terminal (3) Crimping tool Preparing an OT Terminal (1) Cable (2) OT terminal (3) Heat-shrink tubing (4) Hydraulic pliers (5) Heat gun Preparing PV Input Terminals • A PV-CZM-41100 crimping tool is recommended.
- Page 32 Huawei Digital Power Technologies Co., Ltd. Huawei Digital Power Antuoshan Headquarters Futian, Shenzhen 518043 People's Republic of China e.huawei.com...