Deye 15kW 48V 3P IP65 Inverter

The Deye 15kW 48V 3‑Phase IP65 Inverter is a robust, high‑capacity hybrid solar inverter designed for large residential, commercial, and light industrial energy systems. Engineered to deliver powerful, reliable, and efficient energy management, this unit seamlessly integrates solar generation, battery storage, and utility or generator power to maximize self‑consumption, reduce energy costs, and ensure dependable backup during outages.

With a 15 kW three‑phase output, this inverter is ideal for buildings and facilities with significant energy demands, including HVAC systems, workshops, offices, and multi‑circuit lighting. Its 48 V battery compatibility supports advanced lithium‑ion and lead‑acid energy storage solutions, allowing for flexible and scalable system configurations.

Featuring dual MPPT (Maximum Power Point Tracking) inputs, the inverter optimises energy harvest from multiple PV strings, improving overall solar efficiency. The rugged IP65‑rated enclosure provides dust and water resistance, making it suitable for both indoor and sheltered outdoor installations.

Equipped with intuitive monitoring and smart energy control features, the Deye 15kW inverter enables real‑time system data display, remote connectivity via Wi‑Fi, and advanced scheduling and load prioritisation. Hybrid mode operation allows users to set custom charging/discharging profiles, grid export rules, and backup priorities to match specific energy goals.

Key Features:

• 15 kW three‑phase output for high‑demand applications
• 48 V battery compatibility for hybrid energy storage
• Dual MPPT inputs for maximized solar harvesting
• IP65 weatherproof rating for reliable installation
• Intelligent LCD display with real‑time performance tracking
• Wi‑Fi monitoring and remote access
• Generator support for extended backup operation
• Advanced energy management and custom scheduling

The Deye 15kW 48V 3‑Phase IP65 Inverter is a powerful, scalable, and feature‑rich solution for users demanding strong solar performance, intelligent energy management, and reliable backup across larger or more complex energy systems.