НЕ ВКЛЮЧАЙ, ПОКА НЕ ПОСМОТРИШЬ! Полная настройка гибрида Datouboss DT 1218M за 3 минуты

Complete setup of the Datouboss DT 1218M hybrid in 3 minutes. Hybrid Inverter: https://s.click.aliexpress.com/e/_c3u... https://s.click.aliexpress.com/e/_c4b... Grid-tie Inverter: https://s.click.aliexpress.com/e/_c3A... FCHAO 12v 2000w Inverter - https://s.click.aliexpress.com/e/_c4B... Emerson 14.6V 50A LiFePo4 Battery Charger - https://s.click.aliexpress.com/e/_c3R... A0 — Operation Priority Sets which source the inverter uses first. "First, use grid, solar, or battery power." A1 — Full Charge Voltage When the battery has reached this voltage, charging stops. "Stop — battery is already full." A2 — Trickle Charge Voltage The voltage the inverter maintains on the battery after a full charge. "Keep the battery charged, but don't overcharge." A3 — Deep Discharge Protection If the battery has reached this voltage, the inverter disconnects the load to save the battery. "That's it, the battery is empty — turn it off before it breaks." A4 — Low Voltage Fault When the battery has reached this level, the inverter begins beeping (warning). "We're about to run out of power, get ready." A5 — Discharge Recovery If the battery has reached this voltage (reached A3) and then charged to this voltage, the inverter reconnects the load. "We've come back from the brink — we're working again." A6 — Grid-to-Battery Transfer (with PBG) When the battery has charged to this voltage, the inverter disconnects the grid and begins powering the load from the battery. "Battery is ready — disconnect the grid and power it." A7 — Battery-to-Grid Transfer (with PBG) When the battery has discharged to this voltage, the inverter switches the load to grid power. "Battery is tired — connect the grid and let it rest." A8 — Output Voltage Frequency Sets whether the inverter output will be 50 or 60 Hz. "What is the frequency standard in your country?" A9 — Output Voltage Sets the voltage (220/230/240 V) the inverter produces. "How many volts do we supply to the devices?" A10 — Battery Charging Priority Determines where to charge the battery: from solar power only, from the grid only, or both. "Should we charge the battery first—solar or grid?" A11 — Off-Battery Mode Tells the inverter whether the battery is connected. "Tell me honestly, is the battery connected or not?" A12 — Utility Charging Current The maximum current (in amps) the inverter draws from the grid to charge the battery. "How many amps can be drawn from the wall outlet for charging?" A13 — Total Maximum Charging Current The maximum combined current from solar and grid inputs for charging the battery. "How many amps can be supplied to the battery for charging?" A14 — Utility Input Voltage Range UPS — narrow range (165–280 V), APL — wide range (120–280 V). "How bad is the grid still considered normal?" A15 — Operating Mode GRD — hybrid (all together), GRE — grid-feed only, DIS — full autonomy without grid power. "How does the inverter communicate with the grid: friendly, feed, or ignore?" A16 — Grid-feed current How many amps can the inverter feed from the battery/solar to the grid? "We allow selling electricity back to the city." A17 — Battery Type Pb — lead, GRO/VLO/PYL/PAC — lithium with different communication protocols. "Tell me what you have in your drawer: lead or lithium." A18 — BMS Communication Address The digital address of the inverter for communicating with the lithium battery using the protocol. "Apartment number on the BMS network" A19 — SOC Shutdown (Lithium) At what percentage of charge (SOC) does the inverter disconnect the load (for lithium with BMS). "At what percentage do we say 'bye' and shut down?" A20 — SOC Recovery (Lithium) At what percentage of charge does the inverter reconnect the load after discharging. "What percentage do we gain before we resume operation?" A21 — Battery to Grid Transfer by SOC (Lithium, with PBG) At what percentage of charge do we transfer the load from the battery to the grid. "Battery is almost empty — switch to the wall outlet." A22 — Grid to Battery Transfer by SOC (Lithium, with PBG) At what percentage of charge do we transfer the load from the grid back to the battery. "Battery fully charged - back to it" A23 — Charge stop by SOC (lithium) At what percentage of charge do we stop charging the battery (usually 100%)? "Full - stop charging" A24 — Automatic start after discharge Should the inverter output automatically turn on when the battery has recharged after a deep discharge? "Recovered - turn on automatically or wait for the owner's hand" A25 — Automatic start after overload Should the inverter automatically turn on after the overload has disappeared? "Overload removed - turn on automatically or not" A26 — Automatic start after overheating Should the inverter automatically turn on after the temperature has returned to normal? "Cooled down - start automatically or wait for the command" A27 — Inverter address for communication with the computer The digital address of the inverter for communication with external pro...