Built around a 48V low-voltage battery system, the inverter integrates dual 12.8kW MPPT solar inputs, enabling advanced PV string flexibility and maximum solar energy harvesting. With a wide PV input voltage range of 160–650V DC per MPPT and a high PV input current of 36A + 36A, it is well suited for high-density solar panel configurations.
The integrated WiFi monitoring module provides real-time system visibility, diagnostics, and performance management. Supplied and supported by Macire, each unit is verified for Kenyan grid conditions, electrical safety, and long-term operational reliability.
⭐ Genuine Product | Macire Verified | Warranty Supported
System Architecture & Configuration
Inverter & Power System
High-capacity 16kW hybrid inverter platform
48V low-voltage battery architecture
True three-phase AC output
Supports on-grid, off-grid, and hybrid operating modes
Solar Charging & MPPT
Dual independent MPPT solar chargers
2 × 12.8kW MPPT channels
Wide PV operating voltage range (160–650V DC per MPPT)
High PV input current handling (36A + 36A)
Monitoring & Control
Integrated WiFi monitoring module
Remote performance monitoring and fault diagnostics
Smart energy management and three-phase load optimisation
???? Technical Specifications (Summary)
| Specification |
Details |
| Brand |
Felicity |
| Model |
IVGM16KLP3G1 |
| Rated Power |
16 kW (20 kVA) |
| System Voltage |
48V (Low Voltage) |
| Phase |
Three Phase |
| Operating Mode |
On-Grid / Off-Grid / Hybrid |
| MPPT Channels |
2 × 12.8kW |
| PV Input Voltage |
160–650V DC per MPPT |
| PV Input Current |
36A + 36A |
| Monitoring |
Built-in WiFi |
| Application Type |
Residential, commercial & institutional |
| Warranty |
Macire-backed (terms apply) |
???? Key Features
High-capacity 16kW three-phase power output
48V low-voltage battery compatibility
Dual 12.8kW MPPT for large solar arrays
Wide PV voltage window for flexible string design
High PV current handling for dense panel layouts
Built-in WiFi monitoring and remote diagnostics
Supports grid-tied and off-grid operation
Stable output for sensitive and motor-driven loads
Scalable for future solar and battery expansion
Macire-tested for Kenyan operating conditions
???? Applications / Use Cases
???? Large homes, villas & gated estates
???? Commercial buildings and office blocks
???? Schools, colleges & institutions
???? Workshops and light industrial facilities
???? Malls, hotels & retail complexes
???? Hospitals and healthcare facilities
???? Installation & Engineering Notes
Designed for 48V battery banks
Proper three-phase load balancing is essential
PV string configuration must align with MPPT limits
Surge protection and earthing strongly recommended
Macire provides system design, installation guidance, and commissioning support
???? Care, Maintenance & Operations
Maintain clean, ventilated inverter installation area
Inspect DC and AC cable connections regularly
Monitor system performance via WiFi platform
Observe battery health and system alerts
Avoid exceeding inverter and PV ratings
Periodic inspection recommended by Macire technicians
⚠️ Do’s & Don’ts
✅ Do’s
Do use compatible 48V lithium or lead-acid batteries
Do design PV arrays within MPPT voltage and current limits
Do balance three-phase loads correctly
Do install proper grounding and surge protection
Do follow Macire technical recommendations
❌ Don’ts
Don’t exceed rated inverter capacity
Don’t mix incompatible battery technologies
Don’t block inverter ventilation paths
Don’t bypass protection devices
Don’t ignore alarms or system warnings
???? Compatibility Section
Compatible with:
48V lithium and lead-acid battery systems
High-voltage solar panel strings (within MPPT range)
Three-phase electrical distribution networks
Macire solar panels, batteries, and protection accessories
???? Performance / Load Handling Overview
| Load Level |
Typical Performance |
| Light Load |
High efficiency, minimal losses |
| Medium Load |
Optimal PV and battery utilisation |
| High Load |
Stable three-phase output |
| Peak Load |
Managed via hybrid power blending |
❓ Mini FAQ
Q1: Is this inverter suitable for commercial three-phase systems?
Yes. It is designed for high-load three-phase installations.
Q2: Can it operate fully off-grid?
Yes. It supports full off-grid, on-grid, and hybrid configurations.
Q3: Does it include WiFi monitoring?
Yes. WiFi monitoring is built in.
Q4: What battery voltage does it use?
It operates on a 48V low-voltage battery system.
Q5: Do you provide delivery and technical support across Kenya?
Yes. Macire offers nationwide 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 design support
Professional installation guidance
After-sales service and warranty support
Trusted by installers and businesses nationwide
Proven performance in Kenyan conditions
Macire – Inspired Living. ✨
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