Solar Batteries
Low Voltage Solar Energy Storage System
Model: Powerbox Pro Series (10.24kWh–512kWh)
Dyness Powerbox Pro
Dyness Powerbox Pro Battery System – Melbourne & Victoria
Upgrade your home or business energy storage with the Dyness Powerbox Pro, a next-generation low-voltage battery system designed for reliable, safe, and long-lasting performance. Ideal for Melbourne’s residential and small commercial properties, this storage solution provides exceptional flexibility — supporting single or parallel installations up to an impressive 512kWh total capacity.
Equipped with advanced LiFePO₄ (LFP) technology, the Powerbox Pro ensures maximum safety, high cycle life, and superior thermal stability. Its IP65 protection rating makes it suitable for both indoor and outdoor installation, while its flexible floor-mount or wall-mount design allows seamless integration into modern Australian homes.
Backed by advanced protection features — including short-circuit protection, surge resistance, lockout protection, and battery equalization — the Powerbox Pro is engineered for dependable power backup and optimal solar energy utilization.
With support for up to 50 units in parallel, scalable capacity, and smart energy management, this is a truly future-ready investment for households planning to grow their solar system over time.
Enjoy energy independence, reduce electricity bills, and ensure uninterrupted power during grid outages with the Dyness Powerbox Pro — your intelligent pathway to a reliable, scalable, and sustainable home energy future.
Key Features
Dyness Powerbox Pro Installation in Melbourne
01
✅ High-Capacity Energy Storage (10.24kWh–512kWh)
Store clean solar energy and scale your system effortlessly — from a single module (10.24kWh) up to an incredible 512kWh using parallel expansion. Perfect for homes with growing energy needs.
02
✅ Flexible Parallel Expansion (Up to 50 Units)
The Powerbox Pro supports installation of up to 50 battery units, enabling total energy customization for residential or commercial use.
03
✅ Advanced Safety & Protection
Equipped with:
Short-circuit protection
Surge-resistant design
Lockout protection
Battery equalization
High-level safety engineering
These ensure long-term reliability and safe power delivery in all conditions.
04
✅ IP65 All-Round Durability
With an IP65 rating, the battery handles dust, moisture, and harsh outdoor environments — ideal for Melbourne’s variable weather. Suitable for indoor & outdoor installation.
05
✅ Easy Installation Options
Designed for simplicity, the Dyness Powerbox Pro supports:
Wall mounting
Floor mounting
Under-roof installation
Providing maximum flexibility depending on your space and layout.
06
✅ LiFePO₄ (LFP) Technology for Long Life
The battery uses high-quality lithium iron phosphate cells offering:
Long cycle life
Enhanced safety
Superior thermal stability
Reliable performance in different environmental scenarios
07
✅ Modern, Stylish & Compact Design
The clean, modern exterior allows the Powerbox Pro to blend seamlessly into contemporary homes, making energy storage not only functional but visually appealing.
Product Specifications
Model Information
Battery Type
LiFePO₄ (Lithium Iron Phosphate)
Installation Options
Wall-mounted, Floor-mounted, Outdoor compatible (IP65)
Protection Features
Short-circuit, Surge-resistance, Lockout protection, Battery equalization, High-level internal safety design,
Use Cases
Home solar storage, Backup for grid outages, Load shifting, Small commercial energy systems, Off-grid setups (with compatible inverter),
Model
Dyness Powerbox Pro – Low Voltage Energy Storage System
Capacity Range
Single Unit: 10.24kWh Expandable: Up to 512kWh (50 units in parallel)
Parallel Support
Up to 50 modules
Ingress Protection
IP65 (Suitable for outdoor installations)
Operating Environment
Designed for strong adaptability in various environmental conditions.
Installation Locations
Greentastic offers expert installation across:
Melbourne Metro
Greater Melbourne Regions
Regional Victoria
Including homes, small businesses, off-grid properties, and hybrid solar systems.
