Prolink Haus Max II 8KM-48

Description

Haus Max II is an Off-grid (Hybrid) Inverter that is designed to manage and convert solar energy from solar panels into AC output, and can be easily expanded through parallel configuration to meet your energy needs. Suitable for both residential and commercial applications.

• Pure sine wave solar Inverter
• Output power factor 1.0
• Customizable status LED bar with RGB lights
• Touchable button with large 5″ colored LCD
• Built-in Wi-Fi for mobile monitoring (Android/iOS App is available)
• Supports USB On-the-Go function
• Data log events stored in the inverter
• Built-in BMS communication for Lithium-ion Batteries
• Replaceable fan design for ease of maintenance
• Battery independent design
• Configurable AC/PV output usage timer and prioritization
• Selectable high power charging current
• Compatible to Utility Mains or generator input
• Built-in anti-dust kit
• Built-in DC output for DC fan, LED bulb, router and so on
• Parallel operation with 6 units

Features

Haus V Series – Prolink

Selectable input power range

4.3″ LCD display

Battery independent design

Dual-AC Input

Built-in Wi-Fi for mobile monitoring

USB on-the-go function

Output Power Factor 1.0

USB On-The-Go Function

Allows for updating firmware on the inverter, and downloading of history and events for analysis on the USB drive.

Enhanced Charging Power

Enable safe, efficient and fast (up to 120A) unattended charging of a battery from a mains power source or generator

Built-In Anti-Dust Kit

Helps to filter dust sucked in by the cooling fan and allows for easy regular maintenance so that the inverter can perform at optimum efficiency in a harsh environment.

Pure Sine Wave Output

Provides clean, smooth and consistent output (as compared to a Modified Sine Wave which produces a stepped approximation, resulting in a choppier and less stable output waveform) for all connected equipments such as desktop computer, sensitive lab equipments, data center servers.
Improves equipment’s performance and efficiency.

Mobile Monitoring

Prolink | Haus Max II Series - 8KVA

Mobile monitoring for solar inverters provides real-time data and control over solar power systems from a smartphone or tablet. By monitoring performance metrics, users can also identify inefficiencies or potential problems early, enabling prompt maintenance and adjustments to maximize energy output, and saving unnecessary costly repairs and system downtime.

Prolink | Haus Max II Series - 8KVA

Key Advantages of Parallel Inverters

1. Increased Power Output

2. Optimized Space & Performance

3. Easy and Flexible Scalability

4. Increased Safety

LCD Display

Touchable button with 5″ coloured LCD display. Key information at a glance.

Customizable Status LED Bar

Programmable RGB lighting and effects for different operation modes.

Intelligent Battery Features

Built-In BMS Communication

Provides advanced monitoring and management to lithium-ion battery in the prevention of overcharging and protection against under-voltage and high temperatures of short circuits.

Battery Independent Design

Battery connection is not compulsory as power from grid or solar source can be supply directly to the load.

Specifications

Rated power

8000VA/ 8000W

Input nominal voltage

230VAC

Input voltage range

170 – 280VAC (For personal computers)

90 – 280VAC (For home appliances)

Input frequency range

50/60Hz (Auto sensing)

Output voltage

230VAC ± 10%

Output surge power

16000VA

Output efficiency (peak)

93%

Output transfer time

15ms (For personal computers)

20ms (For home appliances)

Battery voltage

48 VDC

Floating charge voltage for battery

54 VDC

Overcharge protection for battery

66VDC

Maximum PV array power

8000W (4000W x 2))

Max. PV array open circuit voltage for solar charger

500VDC

Solar charger type

MPPT

Max. solar charge current

150A

Max. AC charge current

120A

Max. charge current

150A

Physical

Dimension, D x W x H (mm)

158.4 x 503.6 x 530.8

Net Weight (kgs)

Communication Interface

USB/RS232/RS485/WiFi/Dry-contact

Environment

Humidity

5% to 95% Relative Humidity (Non-condensing)

Operating Temperature

-10°C to 50°C

Storage Temperature

-15°C to 60°C

Key Features

Description