30kW Felicity High Voltage Hybrid Inverter IVGM30KHP3G1 – Three Phase, Triple MPPT, WiFi Monitoring, On/Off-Grid Ready

The 30kVA Felicity High Voltage Hybrid Inverter IVGM30KHP3G1 is a commercial- and industrial-grade three-phase solar power solution designed for large facilities, factories, estates, and institutions across Kenya. Built for on-grid, off-grid, and hybrid operation, it delivers stable, high-capacity three-phase power suitable for heavy and mission-critical electrical loads.

Unlike low-voltage systems, the IVGM30KHP3G1 operates on a high-voltage battery input range of 160–800V DC, improving efficiency, reducing current losses, and enabling scalable energy storage design. The inverter features three independent 13kW MPPT solar inputs, allowing advanced PV array configuration and superior solar harvesting.

With a wide PV input voltage range of 250–850V DC per MPPT and 36A input current per MPPT, it supports very large solar arrays. Integrated WiFi monitoring enables real-time system visibility and diagnostics. Supplied and supported by Macire, every IVGM30KHP3G1 unit is verified for Kenyan grid conditions, safety, and long-term reliability.

⭐ Genuine Product | Macire Verified | Warranty Supported

System Architecture & Configuration

Inverter & Power System

High-capacity 30kVA hybrid inverter platform
High-voltage battery architecture (160–800V DC)
True three-phase AC output
Supports on-grid, off-grid, and hybrid modes

Solar Charging & MPPT

Three independent MPPT solar chargers
3 × 13kW MPPT channels
Wide PV voltage window (250–850V DC per MPPT)
High PV input current handling (36A + 36A + 36A)

Monitoring & Control

Built-in WiFi monitoring module
Remote monitoring, diagnostics, and alerts
Advanced energy management and three-phase load optimisation

???? Technical Specifications (Summary)

???? Key Features

High-capacity 30kVA three-phase output
High-voltage battery system for improved efficiency
Triple 13kW MPPT for very large solar arrays
Wide PV voltage range for advanced string design
High PV current handling across all MPPTs
Built-in WiFi monitoring and diagnostics
Supports grid-tied and fully off-grid operation
Stable output for heavy motor and critical loads
Designed for scalable commercial energy systems
Macire-tested for Kenyan operating conditions

???? Applications / Use Cases

???? Industrial plants & factories
???? Large commercial buildings & office parks
???? Universities, colleges & institutions
???? Hospitals and healthcare facilities
???? Malls, hotels & mixed-use developments
???? Large estates and gated communities

???? Installation & Engineering Notes

Designed for high-voltage battery banks
Professional system design is mandatory
Three-phase load balancing is critical
PV string configuration must comply with MPPT limits
Surge protection and proper earthing are essential
Macire provides system design, installation guidance, and commissioning support

???? Care, Maintenance & Operations

Maintain a clean, dust-free inverter environment
Inspect DC and AC terminals regularly
Monitor system health via WiFi dashboard
Observe battery system parameters closely
Avoid exceeding inverter, PV, or battery limits
Scheduled inspections recommended by Macire technicians

⚠️ Do’s & Don’ts

✅ Do’s

Do use approved high-voltage lithium battery systems
Do design PV arrays within MPPT voltage and current limits
Do balance three-phase loads correctly
Do install certified surge protection and grounding
Do follow Macire technical guidelines

❌ Don’ts

Don’t connect low-voltage batteries to this inverter
Don’t overload beyond rated inverter capacity
Don’t bypass protection or isolation devices
Don’t obstruct ventilation or cooling paths
Don’t ignore system alarms or warnings

???? Compatibility Section

Compatible with:

High-voltage lithium battery systems (160–800V DC)
High-voltage solar panel strings
Three-phase electrical distribution systems
Macire solar panels, batteries, and protection accessories

???? Performance / Load Handling Overview

❓ Mini FAQ

Q1: Is the IVGM30KHP3G1 suitable for industrial applications?
Yes. It is designed for large commercial and industrial energy systems.

Q2: Does the IVGM30KHP3G1 support high-voltage batteries?
Yes. It operates on a 160–800V DC battery input range.

Q3: Can it run fully off-grid?
Yes. It supports full off-grid, on-grid, and hybrid configurations.

Q4: Does it include WiFi monitoring?
Yes. WiFi monitoring is built in as standard.

Q5: Do you provide nationwide delivery and support?
Yes. Macire offers Kenya-wide delivery and technical support.

???? Why Buy from Macire

Genuine Felicity hybrid inverters only
Macire verification before dispatch
Kenya-wide delivery via Macire Logistics
Expert system sizing and engineering support
Professional installation guidance
Reliable after-sales service and warranty support
Trusted by commercial and industrial clients
Proven performance in Kenyan conditions

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