PROMO KIT – Dyness Cygni 10kW 1P Hybrid Inverter + 46.08kWh Battery

PROMO KIT – Dyness Cygni 10kW 1P Hybrid Inverter + 46.08kWh Battery

$19,900.00
Sale price  $19,900.00 Regular price 
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PROMO KIT – Dyness Cygni 10kW 1P Hybrid Inverter + 46.08kWh Battery
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PROMO KIT – Dyness Cygni 10kW 1P Hybrid Inverter + 46.08kWh Battery

$19,900.00
Sale price  $19,900.00 Regular price 
Taxes included.

Pickup available at all warehouses (QLD, NSW, VIC, WA & SA)

Usually ready in 4 hours


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🚚 Shipping Information

We ship directly from our warehouses located in:
📦 NSW 2759 | VIC 3175 | QLD 4132 | QLD 4818 | SA 5059 | WA 6155

Fast and reliable delivery across Australia. Pickup is also available directly from the warehouses — please contact us to arrange a convenient time.

PROMO KIT: Dyness Cygni 10kW Single-Phase Hybrid Inverter + 46.08kWh Maximum Triple-Tower Energy Storage System (12x 3.84kWh LFP Modules)

Power large-scale residential properties, off-grid estates, or light commercial facilities with the ultimate high-capacity Dyness Cygni Triple-Tower Energy Storage System. This top-spec promo kit combines a heavy-duty 10kW Single-Phase Hybrid Inverter (3 MPPTs) with a massive 46.08kWh Lithium Iron Phosphate (LiFePO4) storage bank. Populating three full 4-module towers connected via dedicated expansion hubs, this system provides unmatched energy autonomy, long-duration blackout resilience, and maximum utilization of daily solar generation.

System Package Includes:

1. Solar Inverter & Energy Management

  • 1x Dyness Cygni 10kW Single Phase Hybrid Inverter (Cygni 10.0HS / DYS-Cygni 10.0HS)

    • 10kW AC Output | 3 Independent MPPT Trackers (3 Strings) | Integrated Emergency Power Supply (EPS) | Wi-Fi Module & Energy Meter Included

2. Battery Energy Storage System (46.08kWh Maximum Capacity)

  • 12x Dyness Cygni 3.84kWh LFP Battery Modules (ES-DYS-Cygni BAT-3.8-LFP)

    • 46.08kWh Total Nominal Capacity (~43.8kWh Total Usable at 95% DoD) | High-Safety LiFePO4 Chemistry | Full 4-Module Max Stack Limit Per Tower

3. Triple-Tower Expansion Hardware

  • 3x Dyness Cygni Standard Battery Base (DYS-Cygni-Base)

    • Heavy-duty base plates providing secure floor-standing support for three full 4-module stack towers

  • 3x Dyness Cygni Battery Hub (DYS-Cygni-BTH-15)

    • Dedicated expansion hubs required to interconnect, control, and balance communication/power across all three battery towers

Key Technical Features & Highlights:

  • Maximum Triple-Tower Capacity (46.08kWh): Maximizes the Cygni series architecture by populating three full towers (4 modules per tower) using official expansion hubs and base plates for unmatched on-site storage capacity.

  • Triple MPPT Solar Tracking (3 Strings): Features 3 independent MPPT trackers to optimize PV generation across up to 3 distinct roof orientations, pitch angles, or shading profiles.

  • Commercial-Grade Usable Reserve & Safety: Delivers 46.08kWh nominal (~43.8kWh usable energy), powered by inherently safe Lithium Iron Phosphate (LiFePO4) cell chemistry for maximum cycle life and thermal stability.

  • Uninterrupted EPS Backup Protection: Integrated emergency power supply (EPS) transfer logic keeps heavy household or commercial circuits powered seamlessly during grid blackouts.

  • Clean Modular Footprint & App Control: Compact vertical floor-standing stacks minimize wall footprint; includes built-in Wi-Fi and a digital smart meter for real-time mobile app management and performance tracking.

Technical Specifications:

Dyness Cygni 10.0HS Hybrid Inverter

  • AC Output Power: 10,000W (Single Phase)

  • MPPT Trackers / Inputs: 3 MPPT Trackers (1 String per MPPT)

  • Backup Functionality: Integrated EPS (Emergency Power Supply)

  • Enclosure Rating: IP65 Rated

Dyness Cygni Battery System (12x Modules across 3 Full Towers)

  • Battery Chemistry: Lithium Iron Phosphate (LiFePO4 / LFP)

  • Nominal Capacity per Module: 3.84 kWh

  • Total System Nominal Capacity: 46.08 kWh

  • Total System Usable Capacity: ~43.8 kWh

  • Physical Layout: Triple floor-standing towers (4 modules per tower) utilizing 3x bases and 3x expansion battery hubs

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