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Inverter ibrido trifase H2-5k~10k

Inverter ibrido trifase H2-5k~10k
Inverter ibrido trifase H2-5k~10k
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H2-5k-10k-T2-hybrid-inverter-diagram
H2-(5-10K)-T2 Series Three-phase UNE217002,RD647, RD413 Certificate
Home » Prodotti » Inverter ibrido trifase H2-5k~10k

Specifiche tecniche

Alimentazione CA 5 kW - 10 kW
Tipo di inverter Inverter ibrido
Intervallo di tensione MPP 180 – 900 volt
MPP Tracker 2
Fasi 3
Comunicazione CAN, RS485, RS232, Wi-Fi, Ethernet, 4G (optional)
Pezzi per confezione 1 per carton, 12 per pallet
Garanzia 5 anni (prorogabile fino a 20 anni)
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Descrizione del prodotto

SAJ H2 5 – 10 kW Three-Phase Hybrid Inverter (T2)

High-voltage hybrid inverter that pairs 150 % DC oversizing with
98 % peak efficiency. It delivers seamless <10 ms UPS backup,
30 A charge/discharge and supports 100 % phase imbalance—perfect for
commercial villas and small businesses seeking maximum self-consumption.

Design
Dimensioni 433 × 549 × 207 mm
Peso 25 kg
Raffreddamento Fan-less natural convection < 30 dB
Allegato Alluminio, IP 65
Specifiche relative al sistema fotovoltaico e al sistema CA
Potenza nominale in corrente alternata 5 / 6 / 8 / 10 kW
Potenza fotovoltaica massima 7.5 – 15 kW DC (150 %)
MPPT Trackers / Strings 2 × 1 (180–900 V, 15 A ea.)
Uscita della griglia 3L + N + PE, 220/380 – 230/400 V
Alimentazione di emergenza UPS 5 – 10 kVA, switch < 10 ms
Massima efficienza 98 %
AC Overload 110 % for 60 s
Specifiche della batteria
Chemistry HV Li-ion (180–600 V)
Charge / Discharge 30 A max (all models)
Round-trip η 97.6 %
Fast Charge 100 % power in 2 hrs
Funzioni intelligenti
  • Four modes: Self-Use, TOU, Backup, Peak-shaving
  • Zero-export & dynamic limit via smart meter
  • 100 % three-phase imbalance capability
  • Opzionale AFCI 15 A for arc-fault shutdown
  • Bluetooth LCD + app; Wi-Fi / Ethernet / 4G cloud & OTA
Safety & Compliance
  • DC switch, Type III SPDs, RCMU, GFCI, DCI & insulation monitoring
  • Protezione anti-islanding, da cortocircuito in CA e da sovraccarico
  • Meets CEI 0-21, EN 50549, VDE-AR-N 4105, AS 4777.2, G98/G99
Installazione e assistenza
  • Wall-mount bracket, MC4 PV inputs, quick-fit AC & battery plugs
  • Ground-fault alarm & CT-based export monitor
  • Commission in minutes via eSAJ Home app
  • Global SAJ service network
Garanzia
Copertura standard 5 anni
Opzioni di estensione 10 / 15 / 20 anni
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Applicazioni Scenari

Scopri come questo prodotto può essere utilizzato in diversi scenari reali

Small Commercial Rooftop (Clinic / Store / Workshop)

Who it’s for: Small clinics, retail stores, and light workshops needing 3-phase power, backup for POS/IT, and bill savings via TOU.

Componente Recommended Why
PV array 6–10 kW (2 MPPT, split E/W or S) Smooths peaks, better yield on mixed roofs
Battery (HV) 10–15 kWh, CAN/RS485 BMS Covers evening peak + short outages
Backup bus POS, lighting, router, CCTV Avoid high inrush devices on backup
Risultato: UPS ≤10 ms keeps sales online; TOU shifts cost from peak to off-peak; zero-export available for strict DSOs.

3-phase balance checklist:

  • Distribute single-phase loads across L1/L2/L3 to reduce imbalance
  • Keep backup branch light and stable (IT + lights first)
  • Verify CT orientation before enabling zero-export

“Two brownouts in a week—POS never dropped once.” — Store owner feedback

H2-5k-10k-T2-application-small-commercial-building
Suburban Villa with Heat Pump / Pool Pump (3-Phase Loads)

Who it’s for: Homes with 3-phase appliances (heat pump, pool pump, large induction cooktop) that want comfort + lower bills.

Why it fits: Three-phase hybrid output + HV battery lets you ride through short cuts and shave evening peaks without noisy gensets.

Suggested setup:

  • PV 7–10 kW across 2 MPPT (keep string Isc ≤ inverter limit)
  • Battery 10–15 kWh; reserve SOC 25–30% for outage buffer
  • Zero-export ON if your HOA/utility forbids feed-in

Simple TOU plan (code style):

Charge (off-peak): 00:00–05:00
Discharge (peak): 18:00–22:00
Reserve SOC: 25%
Zero-export: 08:00–18:00 (if required)

Installer notes:

  1. Place EV charger and heat pump on non-backup side to avoid inrush during transfer
  2. Balance single-phase sub-circuits across L1/L2/L3
  3. Save screenshots of final parameters for utility file
H2-5k-10k-T2-hybrid-inverter-Suburban Villa
Rural Farm: Cold Room + Water Pump + Night Lighting

Who it’s for: Farms with 3-phase pump during the day and cold room/light loads at night, where outages or voltage dips happen.

Time Energy flow Note
Day (sunny) PV → Pump + surplus → Battery Pump on non-backup side; monitor inrush
Evening Battery → Cold room + lights Quiet hybrid, no genset noise
Outage UPS ≤10 ms keeps lighting/IT stable Avoid starting pump during transfer

Wiring quick path:

  1. CT on main incomer (arrow → grid) for export control
  2. Cold room and lights on backup; pump on grid/non-backup
  3. Set TOU to recharge off-peak if night cooling is heavy
Tip: If your utility forbids feed-in, enable zero-export and keep a screenshot showing “Export = 0 W” for audits.
H2-5k-10k-T2-inverter-ibrido-applicazione-azienda agricola rurale

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What are the core electrical specs and grid compliance?

Specs at a glance

Item 5k 6k 8k 10k
Rated AC power 5,000 W 6,000 W 8,000 W 10,000 W
PV voltage / MPPT range 1000 V max / 180–900 V
Strings / MPPT 2 MPPTs, 1 string per MPPT; 15 A per string (Isc 18 A)
Battery (HV) Lithium, 180–600 V; charge/discharge 30 A
Efficienza Max 98.0% (Euro 97.6%)
IP / Noise / Cooling IP65 / <30 dBA / natural convection
Compliance: EN50549, G98/G99, VDE-AR-N 4105, CEI 0-21, AS/NZS 4777.2; safety IEC 62109-1/-2; EMC EN61000-6-1/2/3/4.
  • Supports 150% DC oversizing and 110% AC overloading (project-dependent).
  • Three-phase grids: 220/380 V, 230/400 V, 3L/N/PE; PF 0.8 lead–lag; THD(i) <3%.
How does backup (UPS) behave and what should go on the backup circuit?
UPS class transfer ≤10 ms. Lights, routers, and point-of-sale gear won’t reboot during a grid drop.

Suggested “essential loads” (example):

Load Power Note
LED lighting 100–300 W Primary rooms / signage
Router + CCTV 30–60 W Network continuity
Fridge (inverter type) 90–150 W avg Exclude large compressors

3-step setup:

  1. Wire essential loads to the BACK-UP terminals; keep heavy inrush loads off this bus.
  2. Set a reserve SOC (e.g., 25–30%) so evening outages still have cover.
  3. Run a grid-off test and confirm transfer sequence in the LED/app.
Wiring notes: Neutral of grid and backup must be common; in AU, do not connect PE on the BACK-UP port. If “Master Grid Phase Error” appears, swap L2/L3 per manual.
How should I size PV strings and the high-voltage battery?

PV inputs: 2 × MPPT, 1 string/MPPT, 15 A per string (Isc limit 18 A); MPPT window 180–900 V; DC max 1000 V.

Rule of thumb: Keep string Imp ≤ 15 A and string Voc (STC) × temp-coeff ≤ 1000 V; target mid-window (≈ 500–750 V) for winter mornings.

Battery (HV): Lithium 180–600 V; charge/discharge 30 A. Match a BMS with CAN/RS485 so SOC is accurate and charge curves are safe.

Design feature Perché è importante
150% DC oversizing Smoother output on cloudy days; better early/late harvest
110% AC overloading Short peak handling without clipping alarms 
Example string count:
Panel Voc(stc)=49 V, TempCoeffVoc=-0.28%/°C, Tmin=-10°C
Voc(@-10°C)=49×[1+0.0028×(25-(-10))]≈53.8 V
Max series count ≈ floor(1000/53.8)=18 modules per string
Can I enforce zero-export? How should the meter/CT be wired?

Yes. Use the SAJ-recommended smart meter + CTs and enable Export Limit in the eSAJ Home app.

Wiring quick path:

  1. CT arrow faces the grid on the incoming main.
  2. Connect meter to EMS/METER port via RS485 using pin 1 (A1+) and pin 2 (B1-).
  3. If cable > 20 m, add a 120 Ω resistor on the meter as specified.
  4. In app: set Export Limit = 0 W (or your cap), verify live readings.

Common mistakes to avoid:

  • Reversed CT → negative readings (flip orientation).
  • RS485 A/B swapped → no data (swap A/B).
  • Multiple devices on bus without unique addresses.
Tip: Take a screenshot showing “Export power = 0 W” for utility audits.
How do I commission and monitor (app, reports, power quality modes)?

Commissioning steps (quick):

  1. Install eSAJ Home; select “Overseas Node”; bind device by SN via Bluetooth.
  2. Pick country/grid profile; confirm frequency & voltage range.
  3. Run Export-Limit wizard (if required) and save parameters.
Monitoring options: LCD + LEDs on site; App (iOS/Android); Web portal for reports, alarms, fleet view. Ports: CAN/RS485/RS232; Comms: Wi-Fi/Ethernet/4G (module).

Power quality & control: Fixed PF, fixed Q, Volt-Watt and Volt-Var modes per AS/NZS 4777.2; PF 0.8 lead–lag; THD(i) <3%.

Simple TOU plan (example):
Charge: 00:00–05:00 (off-peak)
Discharge: 18:00–22:00 (peak)
Reserve SOC: 25%
Zero-export: Enabled daytime if policy requires
What arrives in the box (hardware & documents) and how do I use them?

Everything needed to mount, wire, and commission quickly:

Item What it’s for
Hybrid inverter unit Core PV+Battery control
Mounting bracket, bolts, anchors, gaskets Secure wall mount
PV connectors, battery plugs, plug-in AC connectors Clean, tool-guided terminations
Smart meter + CTs (3) Export-limit, energy stats
Communication module (Wi-Fi/4G) Cloud monitoring
120 Ω resistor, protective covers Long RS485 runs; outdoor seals
Quick Installation Guide + User Manual (PDF/print) Wiring, setup, safety & compliance

Before you start:

  • Confirm grid profile and breaker size (32 A typical per manual).
  • Check CT orientation; set meter address; keep RS485 under 20 m or add 120 Ω as directed.
  • Scan QR to get the latest manual/cert PDFs for your utility filing.

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