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Inverter ibrido monofase H2-3k~6k

Inverter ibrido monofase H2-3k~6k
Inverter ibrido monofase H2-3k~6k
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H2-(3-6K)-S2 Series Single-phase NTS 2.1 ,UNE217001 UNE217002 Certificate
Home » Prodotti » Inverter ibrido monofase H2-3k~6k

Specifiche tecniche

Alimentazione CA 3 kW - 6 kW
Tipo di inverter Inverter ibrido
Intervallo di tensione MPP 90 – 500 volt
MPP Tracker 2
Fasi 1
Comunicazione CAN, RS485, RS232, Wi-Fi, Ethernet, 4G, PLC, DRM
Pezzi per confezione 1 per cartone, 14 per pallet
Garanzia 5 anni (prorogabile fino a 20 anni)
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Descrizione del prodotto

SAJ H2 3 – 6 kW Single-Phase Hybrid Inverter (S2)

A compact high-voltage hybrid inverter for new-build and retrofit homes.
Up to 97.6 % efficiency, 150 % DC oversizing, 16 A string current and <10 ms UPS switch-over keep your appliances running and maximise self-consumption—quietly, thanks to a fan-free IP65 design.

Design
Dimensioni 499 × 386 × 194 mm
Peso 17.6 kg
Raffreddamento Fan-less < 25 dB
Allegato Alluminio, IP 65
Specifiche relative al sistema fotovoltaico e al sistema CA
Potenza nominale in corrente alternata 3 / 3.6 / 4 / 5 / 6 kW
Potenza fotovoltaica massima 4.5 – 9 kW DC (150 %)
MPPTs / Strings 2 × 1 (90–500 V, 16 A each)
Alimentazione di emergenza UPS 3 – 6 kVA, < 10 ms switch
Uscita della griglia 220/230 V ±20 %, 50/60 Hz
THD (grid) < 3 %
Peak Efficiency 97.6 %
Specifiche della batteria
Chemistry High-voltage Li-ion (85–450 V)
Charge / Discharge 30 A max (3 kW – 6 kW models)
Round-trip η 96.6 %
Lead-acid option Selectable via LCD
Funzioni intelligenti
  • Four modes: Self-Use, Time-of-Use, Backup & Passive
  • Zero-export & dynamic export limiting (smart meter)
  • Optional AFCI (16 A) for arc-fault shutdown
  • Bluetooth LCD + app; Wi-Fi / Ethernet / 4G / PLC cloud
  • 24 h energy flow charts & remote firmware updates
Sicurezza e protezione
  • DC switch, type II SPDs, RCMU, GFCI, DCI & insulation monitoring
  • Protezione anti-islanding, da cortocircuito in CA e da sovraccarico
  • Protezioni contro l'inversione di polarità e la sovratensione della batteria
  • Meets CEI 0-21, EN 50549, AS 4777.2, VDE-AR-N 4105…
Installazione e assistenza
  • Wall mount, MC4 PV inputs, quick-fit AC & battery plugs
  • Ground-fault alarm & CT-based export monitor
  • Commission in minutes via Elekeeper app
  • Global SAJ service network
Garanzia
Copertura standard 5 anni
Opzioni di estensione 10 / 15 / 20 anni
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H2 & B2 Smart Energy Storage Solution Installation Tutorials - 2023 - EN

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SAJ Electricity Meter setting（H2/B2/HS2/R6/C6,etc）

SAJ's beautiful and stunning case reference in Sweden - 2023 - EN

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Applicazioni Scenari

Scopri come questo prodotto può essere utilizzato in diversi scenari reali

Abitazioni urbane soggette a frequenti interruzioni di corrente

Who it’s for: City apartments or townhouses with unstable grid or planned load-shedding.

Why H2 works here: UPS-grade switchover (≤10 ms) keeps lights, router, and fridge on; quiet hybrid design suits indoor walls.

Typical backup pack (example):

Load Power Hours
LED lighting (3–5 rooms) 200–300 W 4–6 h
Wi-Fi router + CCTV 30–50 W 24 h
Fridge (inverter type) 90–150 W avg 24 h (duty)

3 quick steps:

  1. Wire essential loads to the backup output terminals.
  2. Set a reserve SOC (e.g., 25–30%) to survive evening outages.
  3. Run a test outage to verify transfer and load priority.

“Outage came and went—TV didn’t even blink. The UPS timing is solid.” — Installer, Manila

H2-3k-6k-hybrid-inverter-application-urban-home
Suburban Rooftop Self-Consumption with TOU Savings

Who it’s for: Detached houses with 3–6 kW PV aiming to cut bills using Time-of-Use (TOU) scheduling.

How savings happen: Charge battery off-peak at night → discharge during evening peak → daytime loads use PV first.

Componente Recommended Reason
PV array 4–6 kW Covers daytime base load
Battery 7–10 kWh HV Enough for evening peak
Modalità Self-Use + TOU Automated schedule

Sample TOU plan:

Charge: 00:00–05:00 (off-peak)
Discharge: 18:00–23:00 (peak)
Reserve SOC: 25%
Zero-export: Enabled 08:00–18:00 (policy-limited regions)

Review schedule quarterly as daylight hours shift.

  • Quiet operation for garage or utility room installations
  • App & web dashboards for daily/weekly savings review
  • Compatible with high-efficiency modules (182/210 mm)
H2-3k-6k-hybrid-inverter-application-Suburban Rooftop
Zero-Export Compliance for Restricted Grids

Who it’s for: Homes where utilities prohibit feed-in (e.g., strict residential policies in parts of SEA).

Compliance setup (summary):

  1. Install CT clamp on main line (arrow → grid)
  2. Connect smart meter via RS485; set unique address
  3. Enable Export Limit and set cap = 0 W in app

Household example: 5 kW PV + 7.5 kWh battery. Daytime loads powered by PV; surplus stored, not exported; evening peak served from battery.

Check What to verify
CT orientation Arrow points to grid; reverse if values are negative
RS485 wiring A/B lines not swapped; unique meter ID
App status Export power = 0 W during daylight
Nota: Keep screenshots of “0 W export” as audit evidence for local utility checks.
H2-3k-6k-hybrid-inverter-application-Restricted Grids

Come collaboriamo con voi

Dalla prima telefonata alla consegna finale, rendiamo il processo semplice e trasparente

Riunione di consultazione

Discutere e pianificare

Ascoltiamo le tue esigenze e elaboriamo un piano su misura per te. Il nostro team ti aiuterà a comprendere tutte le opzioni a tua disposizione.

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Produzione e controllo qualità

Prepara e controlla

Prepariamo con cura il tuo ordine e verifichiamo che tutto sia conforme ai nostri elevati standard. Sarai sempre informato su come procede la procedura.

Consegna e assistenza

Spedizione e assistenza

Il tuo ordine ti verrà spedito in modo sicuro e puntuale. Siamo sempre a tua disposizione per qualsiasi necessità dopo la consegna.

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What batteries work best with the H2-3k~6k-S2?

Battery type: High-voltage lithium battery packs with BMS.

Recommended chemistry LiFePO₄ or NMC (with certified BMS)
Battery voltage window ≈ 85–450 V
Max charge/discharge current up to 30 A (model-dependent)
Comm protocols CAN / RS485 (BMS handshake)
Tip: Pick battery brands with verified CAN mapping for SAJ. This enables accurate SOC and safer charge curves.

Quick compatibility checklist:

  • BMS supports CAN/RS485 and exposes SOC/voltage correctly
  • Battery OCP/OVP thresholds align with inverter limits
  • Balanced pack; insulation & polarity check passed

Avoid mixing old and new modules in one pack; keep cable lengths equal; follow torque specs on HV connectors.

Can it keep loads running during blackouts?
Yes — built-in UPS switchover ≤10 ms. Lights, routers and other essentials stay on without reboot.

Suggested “essential loads” plan (example):

Load Rated power Daily hours
LED lighting (5 rooms) 250 W 5 h
Router + CCTV 40 W 24 h
Refrigerator (inverter type) 120 W avg 24 h (duty)

3-step setup:

  1. Wire “backup loads” to dedicated backup output terminals
  2. Set battery reserve SOC (e.g., 25–30%) for outages
  3. Test a manual grid cut to confirm transfer and priorities
Nota: Motor loads with high inrush (e.g., pumps) may require soft-start or be excluded from backup circuit.
How does it coordinate PV, battery, and grid in daily use?

Working modes at a glance:

Modalità Flow logic When to use
Per uso personale PV → Load → Battery → Grid Maximize self-consumption
Time-of-Use Charge off-peak; discharge peak High tariff spread regions
Backup Hold SOC reserve for outages Unstable grids

Example TOU schedule (simple):

Charge: 00:00–05:00 (grid, off-peak)
Discharge to load: 18:00–23:00 (peak)
Reserve SOC: 25%
Zero-export: Enabled 08:00–18:00
Tip: Re-check schedule after season changes; evening peak shifts with daylight hours.
Can I limit or block export to the grid?

Yes. Pair the inverter with a compatible meter/CT to enable dynamic export control and 0-export.

Wiring steps (summary):

  1. Install CT clamp on incoming phase (arrow → grid)
  2. Connect meter via RS485; set correct baud and address
  3. Enable Export Limit in app; set cap (e.g., 0 W)

Common mistakes to avoid:

  • CT reversed → readings negative; fix orientation
  • Wrong RS485 A/B wiring → no data; swap A/B
  • Multiple meters on same bus without unique IDs

Config password (factory default) may be required for advanced settings. Change it after commissioning.

How do I monitor performance and commission the system?

Monitoring options:

  • LCD + LEDs for on-site status and quick faults
  • Mobile app for live power, SOC, and alarms
  • Web portal for reports and multi-site fleets
Ports CAN / RS485 / RS232
Connectivity Wi-Fi / Ethernet / 4G (stick/module)
Typical setup time 8–12 minutes after wiring

Commissioning quick path:

  1. Scan device SN → bind to site
  2. Select country/grid profile → verify frequency/voltage
  3. Run export limit wizard (if required)
Nota: Save a screenshot of final parameters; it speeds up future audits and remote support.
What does Sunriver Electric actually provide for this product?

We focus on trade supply and accurate paperwork (no on-site installation).

Stage What you get
Quote FOB pricing in 24–48h; model matching help
Docs Invoice, packing list, CE/EMC certs, quick-install PDF
After order Remote clarifications; battery shortlist on request
Ask us: Need a 0-export meter pairing or battery brand suggestions for your country? We’ll send 2–3 tested options with wiring notes.

We do not provide local installation or site callouts. This keeps pricing lean and timelines fast for professional installers and distributors.

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