FELICITY IVEM 12048-II 12KVA 48V High Frequency Inverter, Built-in 2pcs 7500W MPPT, WiFi Module

FELICITY IVEM 12048-II 12KVA 48V High Frequency Inverter, Built-in 2pcs 7500W MPPT, WiFi Module

The FELICITY IVEM 12048-II is the flagship high-capacity model in the FELICITY IVEM II inverter series — a 12KVA 48V pure sine wave inverter engineered for large commercial installations, industrial facilities, and high-demand off-grid systems that require maximum power output and superior solar energy management. Equipped with two independent built-in 7500W MPPT solar charge controllers delivering a combined 15,000W of solar input capacity, and an integrated WiFi monitoring module, the IVEM 12048-II is the definitive all-in-one solar power solution for the most demanding energy environments.

Where the 8KVA IVEM 8048 serves large homes and medium commercial premises, the IVEM 12048-II steps into true industrial territory — capable of running entire building floors, manufacturing lines, large hospitality facilities, and mission-critical infrastructure on clean, uninterrupted solar-backed power.

Why Choose the FELICITY IVEM 12048-II?

At 12KVA continuous output, the IVEM 12048-II handles simultaneous operation of multiple high-draw loads that would overwhelm smaller inverters — central air conditioning systems, industrial motors, commercial refrigeration, server infrastructure, and full office or factory floors. The dual 7500W MPPT architecture pushes total solar harvest capacity to 15,000W, enabling faster battery charging, greater daytime self-consumption, and meaningful energy cost savings at scale.

For solar installers, electrical contractors, and energy managers in Kenya, the IVEM 12048-II simplifies large system design by consolidating inverter, dual charge controller, and remote monitoring into a single certified unit — reducing component count, installation time, and long-term maintenance complexity.

Key Features & Specifications

12KVA / 12,000W Pure Sine Wave Output Delivers clean, stable, grid-quality AC power at scale. The pure sine wave output maintains low total harmonic distortion (THD) across the full load range, protecting sensitive industrial electronics, variable-frequency drives (VFDs), medical equipment, precision instruments, and communication systems from power quality issues.

Dual Built-In 7500W MPPT Solar Charge Controllers (2 × 7500W = 15,000W Total) Two fully independent MPPT charge controllers, each rated at 7500W, deliver a combined solar input capacity of 15,000W — the highest in the FELICITY IVEM II series. Each tracker independently maximizes power extraction from its dedicated solar string, enabling:

• Large east-west split rooftop arrays
• Ground-mounted arrays with multiple row orientations
• Mixed panel brands or wattages on separate strings
• High-production commercial solar installations requiring maximum daily yield

No external charge controllers required — both are fully integrated into the unit.

48V Battery System Compatibility Supports 48V battery banks across all major chemistries — LiFePO4 lithium, AGM, Gel, and Flooded lead-acid. The 48V architecture at 12KVA output minimizes current magnitude, reducing heat generation, cable sizing requirements, and energy losses — essential for large commercial installations with long cable runs.

WiFi Monitoring Module The integrated WiFi module provides full remote system visibility via smartphone app. Monitor each MPPT string’s solar production independently, battery state of charge, total AC load consumption, active operating mode, charging status, and historical performance data — from anywhere, in real time. Ideal for facilities managers and solar installers managing multiple sites remotely.

High Frequency Design Despite its 12KVA rating, the high-frequency design delivers a compact, manageable form factor suitable for wall mounting or rack installation — significantly lighter than equivalent low-frequency transformer-based inverters, simplifying logistics and installation in multi-story buildings and industrial environments.

Multiple Operating Modes Fully configurable energy priority modes — Solar First, Utility First, and Battery First — with adjustable AC charging current limits, allowing facilities managers and energy engineers to fine-tune the system for maximum cost savings, grid independence, or critical backup reserve depending on operational requirements.

Wide Dual PV Input Voltage Range Each independent MPPT tracker supports a wide PV input voltage range, providing maximum flexibility for large panel string configurations across diverse commercial solar installation designs.

LCD Display Panel A comprehensive LCD screen delivers real-time system status at a glance — dual MPPT solar input readings per string, battery voltage and charge level, AC output load percentage, grid input status, and active operating mode — without requiring app access for routine monitoring.

Industrial-Grade Multi-Layer Protection Comprehensive protection suite engineered for continuous 24/7 commercial operation: overload and surge protection, over-temperature thermal management and automatic shutdown, short circuit protection, battery over-voltage and deep discharge protection, dual PV reverse polarity protection, AC input surge protection, and ground fault detection — ensuring maximum uptime and equipment longevity in demanding environments.

Ideal Applications

• Large commercial office buildings – Full-floor power backup for workstations, servers, HVAC, and lighting
• Manufacturing and industrial facilities – Motors, compressors, conveyor systems, and production line equipment on solar backup
• Hotels, resorts, and conference centres – Uninterrupted power across kitchens, rooms, laundry, pools, and events spaces
• Hospitals and medical centres – Mission-critical continuous power for theatres, ICUs, labs, and life support systems
• Data centres and server rooms – Clean pure sine wave power for sensitive IT infrastructure and UPS systems
• Schools and universities – Campus-wide solar backup for ICT labs, science facilities, administration, and lighting
• Supermarkets and cold storage facilities – Continuous power for refrigeration, POS systems, and security
• Petrol stations and service centres – High-load backup for fuel dispensers, car wash systems, and retail operations
• Large farms and agro-industrial plants – Off-grid solar power for irrigation pumps, cold storage, grain processing, and lighting

Technical Specifications