Deye 80kW 3P Inverter + Dyness STACK280 100kWh + 130 Canadian Solar Panels

Deye 80 kW 3P Hybrid Inverter + Dyness STACK280 100 kWh + 130 Canadian Solar Panels

🆔 Models

• Inverter: Deye 80 kW 3-Phase Hybrid Inverter

• Battery: Dyness STACK280 — 7 × 14.33 kWh modules ≈ 100 kWh

• Panels: 130 × Canadian Solar Panels

🏷️ Brand

Deye + Dyness

🔌 Type

Three‑Phase Hybrid Inverter + Modular Li‑ion Battery + Solar Panel Kit
Designed for large commercial, industrial, and high-demand energy systems requiring substantial solar generation and backup storage.

⚡ Key Features

🔆 Deye 80 kW 3P Hybrid Inverter

• 80 kW three-phase output — supports heavy commercial and industrial loads

• High-voltage battery support: 160 – 700 V

• Max charging / discharging current: 75 A

• Multiple MPPT trackers for flexible PV string design

• Wide DC input PV voltage range, up to ~1000 V

• Parallel-capable for future system scalability

• IP65-rated enclosure for outdoor or semi-outdoor installation

• Built-in communication: RS485 / CAN for battery integration

🔋 Dyness STACK280 100 kWh Battery System

• Modular design: 7 × 14.33 kWh LiFePO₄ modules ≈ 100 kWh

• Module specification: 51.2 V / 280 Ah

• Cycle life: ≥ 8,000 cycles

• Scalable system (STACK280 supports up to ~2.58 MWh via cluster stacking)

• Built-in safety with modular fire suppression per stack

• Communication via CAN / RS-485 for seamless inverter integration

☀️ Canadian Solar Panels (130 Units)

• High-efficiency monocrystalline modules

• Reliable long-term performance for large-scale commercial or industrial solar systems

📐 Specifications

Inverter – Deye 80 kW 3P

Battery – Dyness STACK280 (100 kWh)

🏷️ Quality & Support

This bundle provides a high-capacity industrial and commercial hybrid solar solution. The Deye 80 kW inverter delivers strong, reliable power for large loads. The Dyness STACK280 system provides ~100 kWh of modular, safe, and expandable storage with long cycle life. Combined with 130 Canadian Solar panels, the system ensures robust solar generation, dependable backup, and scalable energy management for demanding applications.