Description
FELICITY 33 kVA / 30 kWh HIGH-VOLTAGE HYBRID SOLAR SYSTEM+ 30.7kWh Battery Set
System Overview
The Felicity 33 kVA / 30 kWh High-Voltage Hybrid Solar System is a powerful three-phase energy solution designed for residential, commercial, institutional and industrial applications requiring reliable solar generation, battery energy storage, grid integration and backup power.
The system is built around the Felicity IVGM30KHP3G2 33 kVA / 30 kWh-class three-phase high-voltage hybrid inverter, combined with a 30.72 kWh high-voltage lithium battery bank, 36 × 635 W Jinko monocrystalline solar modules and the required DC, AC, protection, switching and mounting accessories.
The system is capable of operating in both on-grid and off-grid modes, allowing solar energy to supply loads directly, charge the battery and work together with the utility grid when required. During a grid outage, the inverter can provide backup power from the solar PV system and stored battery energy, subject to the connected load and system configuration.
1. FELICITY IVGM30KHP3G2 HIGH-VOLTAGE HYBRID INVERTER
Model:
Felicity IVGM30KHP3G2
Rated Power:
33 kVA / approximately 30 kW-class three-phase hybrid inverter
The inverter is the central control unit of the solar system. It manages energy coming from the solar PV array, battery bank and utility grid and intelligently distributes power according to the configured operating mode.
It is designed for three-phase applications and supports both on-grid and off-grid operation, making it suitable for applications where continuous and reliable electricity supply is important.
Key Inverter Specifications
| Specification | Description |
|---|---|
| Model | IVGM30KHP3G2 |
| System Type | High-Voltage Hybrid Solar Inverter |
| Rated Capacity | 33 kVA |
| Operating Mode | On-Grid / Off-Grid |
| Phase | Three Phase |
| Protection Rating | IP65 |
| Built-in MPPT | 48 kW |
| MPPT Configuration | 16 kW × 3 |
| PV Voltage Range | 150–850 VDC per MPPT/port |
| PV Input Current | 36 A + 36 A + 36 A |
| PV Inputs | 6 PV input ports |
| Battery Voltage Range | 160–800 VDC |
| Communication | Wi-Fi module included |
| Battery Type | High-voltage lithium battery system |
48 kW Built-In MPPT
One of the major advantages of the IVGM30KHP3G2 is its large 48 kW built-in MPPT solar charging capacity, configured as:
16 kW × 3 MPPT channels
This allows the inverter to efficiently manage multiple PV strings and different roof orientations or solar-array sections.
The inverter has:
3 MPPT channels
with:
36 A + 36 A + 36 A input capability
and a total of:
6 PV input ports.
This provides flexibility when designing the PV array and allows the solar modules to be distributed across multiple independent MPPT inputs.
2. HIGH-VOLTAGE BATTERY STORAGE SYSTEM
The system includes a 30.72 kWh high-voltage lithium battery bank configured using Felicity battery modules.
The battery bank consists of:
- 1 × FLH48100UCG2 Master Battery Controller
- 6 × FLH48100UMG2 Slave Battery Modules
- 1 × FLH48100UG2 Battery Rack – 7 layers
Battery Capacity
Each FLH48100UMG2 battery module is:
51.2 V × 100 Ah = 5.12 kWh
With six battery modules:
6 × 5.12 kWh = 30.72 kWh
Therefore, the complete battery bank provides approximately:
30.72 kWh Total Rated Energy Storage
This provides substantial energy storage for evening consumption, nighttime operation and backup during grid interruptions.
3. FLH48100UMG2 LITHIUM BATTERY MODULES
Quantity:
6 Pieces
Battery:
Felicity FLH48100UMG2
Capacity:
5.12 kWh per battery
Nominal Voltage:
51.2 V
Capacity:
100 Ah
Battery Chemistry:
LiFePO₄ / Lithium Iron Phosphate
Total Battery Bank:
6 × 5.12 kWh = 30.72 kWh
The batteries use Grade A lithium cells, providing high-quality energy storage suitable for repeated daily solar charging and discharging.
LiFePO₄ chemistry is particularly suitable for solar applications because of its excellent safety characteristics, long service life, stable operation and high cycle capability.
4. FLH48100UCG2 MASTER BATTERY CONTROLLER
Quantity:
1 Piece
The FLH48100UCG2 Master Battery Controller serves as the central battery-management and communication component for the battery bank.
It coordinates the individual battery modules and facilitates communication between the battery bank and the high-voltage inverter.
The battery-management system helps monitor:
- Battery voltage
- Charging and discharging current
- Battery temperature
- State of charge
- Battery protection status
- Cell/battery operating conditions
- Communication between battery modules and inverter
This intelligent battery management arrangement helps maintain safe and reliable operation of the complete battery bank.
5. FLH48100UG2 BATTERY RACK
Quantity:
1 Piece
The system includes:
Felicity FLH48100UG2 Battery Rack – 7 Layers
The rack provides a secure and organized installation platform for the lithium battery modules and associated battery-management equipment.
The rack arrangement helps:
- Keep batteries properly positioned
- Improve installation organization
- Simplify battery maintenance
- Reduce loose cabling
- Improve system appearance
- Provide a professional battery-room installation
6. HIGH-VOLTAGE BATTERY INPUT
The IVGM30KHP3G2 inverter supports a high-voltage battery input range of approximately:
160–800 VDC
This high-voltage architecture allows the battery bank to operate efficiently with a high-power three-phase inverter.
High-voltage battery systems can reduce the current required for transferring large amounts of energy compared with conventional low-voltage battery architectures, which can help reduce DC cable losses and improve system efficiency when correctly designed.
7. SOLAR PV ARRAY
The system includes:
36 × 635 W Jinko Monocrystalline Solar PV Modules
Total installed PV capacity:
36 × 635 W = 22,860 W
Total Solar PV Capacity = 22.86 kWp
The Jinko monocrystalline PV modules are designed to generate high amounts of solar energy while making efficient use of available roof or ground-mounting space.
The PV array supplies energy to the hybrid inverter, which can then:
- Supply connected loads directly.
- Charge the lithium battery bank.
- Export surplus energy to the grid where permitted and configured.
- Provide solar power during grid outages when operating conditions allow.
8. PV ARRAY CONFIGURATION
The inverter architecture is capable of supporting up to 72 × 550–700 W PV modules according to the configuration provided:
12 × 2 + 12 × 2 + 12 × 2
This provides six PV input sections distributed across three MPPT channels.
For this particular installation, the supplied PV array is:
36 × 635 W = 22.86 kWp
This is comfortably within the inverter’s large PV handling capability.
The relatively high PV input capacity also provides flexibility for future system expansion, subject to detailed string-voltage, current, MPPT and inverter limits.
Important: Final PV string configuration should be confirmed against the actual Jinko module Voc, Vmp, Isc and Imp values, as well as the minimum and maximum operating temperatures at the installation site.
9. 10 MM² SOLAR PV CABLE
The system includes:
400 meters of 10 mm² Solar PV Cable
Configuration:
- 200 meters Red
- 200 meters Black
The cables are used for connecting the PV modules, PV strings, combiner/disconnection equipment and inverter.
The correct cable size helps minimize voltage drop and power losses between the solar array and inverter.
10. ALUMINIUM SOLAR MOUNTING STRUCTURE
The system includes:
18 × 4.8 m Aluminum Long Rails
The aluminum rails provide the primary mounting support for the Jinko solar modules.
The mounting structure is designed to provide:
- Strong mechanical support
- Proper PV module alignment
- Corrosion resistance
- Long service life
- Professional installation
- Secure attachment of the solar modules
The final mounting arrangement should be designed according to the roof structure, wind conditions, roof orientation and required panel spacing.
11. BATTERY PROTECTION
250 A Battery Fuse
A 250 A battery fuse is included to provide protection for the battery-side DC circuit.
The fuse helps protect the battery cables and connected equipment against excessive current and short-circuit conditions.
Correct fuse selection and installation are essential for safe battery operation.
12. THREE-PHASE AUTOMATIC CHANGEOVER SWITCH
The system includes a:
Three-Phase Automatic Changeover Switch
The automatic changeover provides controlled switching between available power sources.
Depending on the system configuration, the changeover arrangement can facilitate automatic transfer between:
- Solar/inverter supply
- Grid supply
- Backup supply
This is particularly useful for commercial and industrial installations where maintaining continuity of power is important.
13. PV DISCONNECT
A dedicated PV Disconnect is included in the system.
The PV disconnect allows technicians to isolate the solar PV array from the inverter during:
- Maintenance
- Inspection
- Troubleshooting
- Emergency shutdown
- Installation work
This improves system safety and serviceability.
14. LIGHTNING PROTECTION
The system includes:
2 × Lightning Arresters
Lightning protection is an important part of a solar PV installation, particularly for rooftop and outdoor installations.
The lightning arresters provide surge protection for the electrical system against transient overvoltage caused by lightning events and electrical disturbances.
Proper installation should coordinate the surge protection devices with the system earthing arrangement.
15. EARTHING SYSTEM
The system includes:
2 × Pure Copper Earth Rods
The earth rods form part of the system’s protective earthing arrangement.
Proper earthing is essential for:
- Personnel safety
- Equipment protection
- Surge protection
- Lightning protection
- Reduction of electrical fault risks
The final earthing system should comply with applicable Kenyan electrical and solar installation requirements.
16. DC PROTECTION
The system includes:
6 × DC Circuit Breakers
The DC breakers provide isolation and overcurrent protection for the PV circuits.
They allow individual PV sections to be isolated during maintenance and troubleshooting.
17. AUTOMATIC THREE-PHASE VOLTAGE REGULATOR
The system also includes an:
Automatic Three-Phase Voltage Regulator
The voltage regulator helps stabilize the incoming three-phase supply where grid-voltage fluctuations occur.
This is particularly beneficial in locations where the utility supply experiences variations that could affect sensitive electrical equipment.
The regulator can help provide a more stable electrical supply to connected equipment and the overall system, subject to its correctly specified capacity.
18. METALLIC TRUNKING
2 × 4 × 4 Metallic Trunking
Metallic trunking is included to provide organized and protected routing for electrical cables.
It helps:
- Protect cables from mechanical damage
- Improve cable organization
- Provide a clean installation
- Reduce exposed wiring
- Improve maintenance access
- Enhance overall installation safety
19. AC CABLE
The system includes:
4 Rolls of 16.0 mm² AC Single Cable
The AC cables are used for appropriate AC connections within the system installation.
Cable sizing should be verified against the inverter’s maximum operating current, installation method, cable run length, ambient temperature and applicable electrical regulations.
SYSTEM ENERGY CONFIGURATION
Solar PV Capacity
36 × 635 W
= 22.86 kWp
Battery Storage
6 × 5.12 kWh
= 30.72 kWh
Inverter
Felicity IVGM30KHP3G2
= 33 kVA three-phase hybrid inverter
Built-in MPPT Capacity
48 kW
= 16 kW × 3
Battery Voltage
High Voltage: 160–800 VDC inverter operating range
HOW THE SYSTEM OPERATES
During Sunny Hours
The 22.86 kWp Jinko solar array generates electricity.
The Felicity hybrid inverter intelligently distributes the available solar energy.
Solar energy can be used to:
1. Power the connected loads
2. Charge the 30.72 kWh battery bank
3. Supply surplus energy to the grid where permitted
This allows the system to maximize the utilization of free solar energy.
During Evening and Night
When solar production decreases or stops, the inverter can draw energy from the 30.72 kWh lithium battery bank to supply the connected loads.
This allows stored daytime solar energy to be utilized at night.
During Grid Failure
When the utility grid fails, the system can transition into backup/off-grid operation, subject to the configured backup output and connected-load requirements.
The battery and available solar energy can then support selected loads without relying on the utility grid.
MAJOR ADVANTAGES OF THE FELICITY 33 kVA / 30 kWh SYSTEM
1. High-Power Three-Phase Solution
The 33 kVA inverter is suitable for large residential, commercial and institutional three-phase electrical installations.
2. 30.72 kWh Lithium Energy Storage
The six 5.12 kWh batteries provide a substantial energy reserve for nighttime operation and backup power.
3. High-Voltage Battery Technology
The high-voltage battery architecture is designed for efficient energy transfer with a high-power hybrid inverter.
4. Large 48 kW MPPT Capacity
The inverter’s 48 kW built-in MPPT capacity provides considerable flexibility for PV system expansion.
5. 22.86 kWp Jinko Solar Array
The 36 × 635 W Jinko modules provide a strong solar generation platform for daytime load supply and battery charging.
6. On-Grid and Off-Grid Operation
The system can operate with the grid while also providing backup functionality when the grid is unavailable.
7. Intelligent Energy Management
The hybrid inverter automatically manages solar PV, battery and grid energy according to the configured operating mode.
8. Grade A LiFePO₄ Batteries
The battery modules use Grade A lithium technology, providing reliable energy storage and excellent suitability for daily cycling.
9. Scalable Architecture
The high-voltage platform provides flexibility for larger solar and energy-storage applications.
10. Integrated Protection
The complete package includes battery fuse, DC breakers, PV disconnect, lightning arresters, earthing rods and automatic changeover protection.
11. Voltage Regulation
The included three-phase automatic voltage regulator helps manage fluctuations in the incoming utility supply.
12. Professional Installation Package
The system includes solar mounting rails, PV cables, protection equipment, trunking and installation.
13. IP65 Inverter Protection
The IP65-rated inverter enclosure provides protection against dust ingress and water jets, making it suitable for appropriately selected indoor or outdoor installation environments.
14. Wi-Fi Connectivity
The included Wi-Fi module enables system monitoring and access to operating information through compatible monitoring functionality.
COMPLETE SYSTEM COMPONENTS
| Component | Quantity / Specification |
|---|---|
| Felicity IVGM30KHP3G2 Hybrid Inverter | 1 × 33 kVA |
| High-Voltage Lithium Battery Bank | 30.72 kWh |
| FLH48100UCG2 Master Battery Controller | 1 pc |
| FLH48100UMG2 Slave Battery | 6 pcs × 5.12 kWh |
| FLH48100UG2 Battery Rack | 1 pc, 7 layers |
| Wi-Fi Module | 1 pc |
| Jinko Monocrystalline Solar Panels | 36 × 635 W |
| Total PV Capacity | 22.86 kWp |
| 10 mm² Solar PV Cable | 400 m |
| Red PV Cable | 200 m |
| Black PV Cable | 200 m |
| Aluminum Long Rails | 18 × 4.8 m |
| Battery Fuse | 250 A |
| Three-Phase Automatic Changeover | 1 set |
| PV Disconnect | 1 set |
| Lightning Arresters | 2 pcs |
| Pure Copper Earth Rods | 2 pcs |
| DC Circuit Breakers | 6 pcs |
| Automatic Three-Phase Voltage Regulator | 1 set |
| 4 × 4 Metallic Trunking | 2 pcs |
| 16.0 mm² AC Single Cable | 4 rolls |
| Installation | Included |
| Inverter Warranty | 5 Years |
| Battery Warranty | 10 Years |
WARRANTY AND INSTALLATION
The system comes with:
FREE PROFESSIONAL INSTALLATION
Installation includes mounting and connection of the supplied solar PV modules, inverter, battery system, protection equipment and associated electrical components, subject to site conditions and the agreed installation scope.
Inverter Warranty:
5 Years
Battery Warranty:
10 Years
The warranty provides additional assurance for the long-term reliability of the solar energy storage system, subject to the manufacturer’s warranty terms, correct installation, operating conditions and maintenance requirements.
CONCLUSION
The Felicity 33 kVA / 30.72 kWh High-Voltage Hybrid Solar System is a comprehensive three-phase solar and energy-storage solution combining a high-capacity hybrid inverter, high-voltage LiFePO₄ battery storage, 22.86 kWp of Jinko solar PV, automatic power switching, voltage regulation and comprehensive electrical protection.
With 30.72 kWh of lithium battery storage, 48 kW of built-in MPPT capacity, 33 kVA three-phase inverter capability and on-grid/off-grid functionality, the system is well suited for customers looking to reduce dependence on grid electricity, maximize solar utilization and maintain reliable power during grid interruptions.
The complete system is supplied with the specified solar PV modules, high-voltage battery bank, mounting structure, cables, protection equipment, voltage regulator and professional installation, with a 5-year inverter warranty and 10-year battery warranty.
📞📞CALL US ON:0799316769/0708549953
🎁🎁10 YEARS WARRANTY🎁🎁
👷♀️FREE ISTALLATION
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