10KW DC to AC Inverter Grid-Tied Solar System

Products Details

Product Description

Max. DC short-circuit current 40 A (20 A / 20 A)
Output (AC)
Rated AC output power  5000 W. 10000 W
Max. AC Output power 5000 VA.  10000 VA
Rated AC output current (at 230 V)  21.8 A   43.6A
Max. AC output current  22.8 A 43.6A
Rated AC voltage 220 / 230 / 240 V
AC voltage range 154 – 276 V
Rated grid frequency / Grid frequency range 50 Hz / 45 – 55 Hz, 60 Hz / 55 – 65 Hz
Harmonic (THD) < 3 % (at rated power)
Power factor at rated power / Adjustable power factor > 0.99 / 0.8 leading – 0.8 lagging
Feed-in phases / Connection phases 1/1
Max. efficiency 97.90%
European efficiency 97.3 % 97.5 %
Grid monitoring Yes
DC reverse polarity protection Yes
AC short-circuit protection Yes
Leakage current protection Yes
Surge Protection DC typeII/ACtypeII
DC switch Yes
PV string current monitoring Yes
Arc fault circuit interrupter (AFCI) Optional
PID recovery function Yes
General Data
Dimensions (W*H*D) 410 * 270* 150 mm
Weight 10 kg
Mounting method Wall-mounting bracket
Topology Transformerless
Degree of protection IP65
Operating ambient temperature range -25 to 60 °C
Allowable relative humidity range (non-condensing) 0 – 100 %
Cooling method Natural cooling
Max. operating altitude 4000 m
Display LED digital display & LED indicator
Communication Ethernet / WLAN / RS485 / DI (Ripple control & DRM)
DC connection type MC4 (Max. 6 mm2)
AC connection type Plug and play connector (Max. 6 mm2)
Grid compliance IEC/EN62109-1/2, IEC/EN62116, IEC/EN61727, IEC/EN61000-6-2/3, EN50549-1, AS4777.2, ABNT NBR 16149, ABNT NBR 16150, UNE 217002:2020, NTS V2 TypeA, CEI 0-21:2019, VDE0126-1-1/A1 (VFR-2019), UTE C15-712, C10/11, G98/G99
Grid Support Active & reactive power control and power ramp rate control
HIGH YIELD Compatible with high power PV modules and bifacial modules Lower startup & wider MPPT voltage range Built-in smart PID recovery function USER FRIENDLY SETUP Plug and play installation Light and compact with optimized heat dissipation design SAFE AND RELIABLE Integrated arc fault circuit interrupter Built-in Type II DC&AC SPD Corrosion protection rating at C5 SMART MANAGEMENTE Real time data (10 seconds refresh sample) 24/7 live monitoring both online and with integrated display Online IV curve scan and diagnosis What is On-grid Inverter There are two types of electricity. There is AC and there is DC. An on-grid inverter is used to convert DC or direct current into AC alternating current. Appliances in our homes are designed to run off of an AC supply and they get that from the electrical outlets which all provide AC electricity. However electricity produced by such as solar panels and batteries produce DC electricity, so if users want to power your electrical devices from renewable sources or battery banks, then they need to convert DC electricity into AC electricity, and this is why inverters are essential in renewable energy solutions.. How do On-grid Inverters works The inverter consists of a number of electronic switches known as IGBTs. The opening and closing of the switches is controlled by a controller. They can open and close super fast in pairs to control the flow of electricity by controlling the path which the electricity takes and how long it flows in the different paths. It can produce AC electricity from the DC source. It can use the controller to automatically do this again and again and again. if it switch that 120 times per second then 60 Hertz electricity could be gained; and if it switch that 100 times per second and you would get 50 Hertz electricity. In many countries, households or companies with on-grid inverter systems can resell the electricity they generate to the power company. There are several different ways to get subsidy if electricity is sent back to the grid. Households or companies with renewable energy equipment receive subsidies based on the net energy they send back to the grid. We can simply calculate how much electricity payment the device can save for household per year. Big power DC to AC Inverter Grid-Tied Solar System plays an important role in household spend. The extra spend we save from electricity could be moved on the education and life.

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