10 kWh SRNE Hybrid Solar System with a 10Kwh Lithium battery

The 10 kWh SRNE Hybrid Solar System is a reliable solar power solution designed to provide clean, dependable electricity for homes, offices, shops, small businesses and other applications. The system combines 10 × 635 W Jinko bifacial monocrystalline solar panels, a 10 kWh SRNE lithium battery, and a 10 kWh SRNE high-frequency hybrid inverter.

The system is designed to utilize solar energy during the day, store excess energy in the lithium battery and provide backup power when solar energy is unavailable, particularly during the evening or power outages.

1. 10 × 635 W Jinko Bifacial Monocrystalline Solar Panels

The system uses 10 pieces of 635 W Jinko bifacial monocrystalline solar PV modules, giving a total installed solar capacity of:

10 × 635 W = 6,350 W (6.35 kWp)

According to the supplied document, the panels feature:

• 635 W rated power per panel
• Bifacial monocrystalline technology
• N-type mono with TOPCon technology
• 24% transfer efficiency
• 25-year warranty
• High-efficiency solar generation
• Ability to generate power from sunlight reaching the front and rear sides of the module

The bifacial design is particularly useful where the installation environment allows reflected or diffused sunlight to reach the rear side of the panels, potentially improving overall energy production.

2. 10 kWh SRNE Lithium Iron Phosphate Battery

The system includes one 10 kWh SRNE Lithium Iron Phosphate (LFP) battery for energy storage.

Specifications from the supplied document include:

• Rated voltage: 51.2 V
• Rated capacity: 200 Ah
• Battery power/capacity: 10.24 kWh
• Battery chemistry: LFP (Lithium Iron Phosphate)
• Cycle life: 6,000 cycles
• Expected lifetime: 20 years
• Maximum parallel capacity: 16 batteries

The battery stores surplus solar energy generated during the day. This stored energy can then be used when solar production is low or unavailable, reducing dependence on grid electricity.

The 6,000-cycle lifespan makes the battery suitable for frequent daily charging and discharging, while the ability to connect up to 16 units in parallel provides future expansion potential where greater storage capacity is required.

3. 10 kWh SRNE Hybrid Inverter

The system is equipped with a 10 kWh SRNE Solar Hybrid Inverter.

The supplied specification identifies the inverter as:

• 10 kWh SRNE hybrid inverter
• High-frequency design
• Double MPPT
• Built-in BMS
• Wi-Fi compatibility
• Digital LED display

The hybrid inverter is the central control unit of the solar system. It manages energy from the solar panels, battery and utility/grid supply, allowing the different energy sources to work together.

The dual MPPT configuration allows the inverter to manage two solar input tracking channels, which can be advantageous where solar panels are installed on different roof orientations or experience different shading conditions.

The built-in BMS compatibility/control helps facilitate communication and coordinated operation between the inverter and lithium battery system.

The Wi-Fi compatibility also provides an option for monitoring system performance through compatible monitoring functionality.

4. Solar PV Cables

The system includes 6 mm² solar PV cable, consisting of:

• 40 meters red cable
• 40 meters black cable
• 80 meters total

These cables are used for connecting the solar PV modules to the solar protection and inverter equipment.

5. Battery Cables

The system includes 35 mm² battery cable, with a total quantity of 6 metres.

The heavy-duty battery cabling is intended to safely carry the high DC current between the battery and inverter while minimizing voltage drop.

6. Automatic Changeover Switch

A 63 A double-pole, single-phase automatic changeover switch is included in the system.

This allows automatic switching between the available power sources according to the system configuration, helping maintain continuity of power when one source becomes unavailable.

7. DC Double-Pole Breaker

A DC double-pole breaker is included for protection and isolation of the DC circuit.

It provides an important means of safely disconnecting the DC side of the solar installation during maintenance or in the event of an electrical fault.

8. Digital Automatic Voltage Regulator

The system includes a digital automatic voltage regulator (AVR).

This provides voltage regulation for the applicable AC supply, helping protect connected equipment from unsuitable voltage fluctuations.

9. PV Disconnect

A PV disconnect is included to provide a dedicated means of isolating the solar PV circuit.

This is useful during maintenance, troubleshooting and emergency isolation.

10. Surge Protection

The system includes a surge protector to help protect the solar electrical equipment against transient voltage surges.

This is an important protection component for safeguarding the inverter and other electrical equipment from damaging electrical surges.

11. 12-Way Combiner Box

A 12-way combiner box is included.

It provides an organized point for combining and managing the solar PV circuits before they connect to the inverter, while also supporting proper circuit protection and isolation.

12. Trunking and AC Cabling

The installation package includes:

• 4 × 4 trunking
• 25 metres of 4.0 mm² AC twin-with-earth cable

These components assist with neat, protected and professionally organized electrical installation.

13. Aluminum Solar Mounting Rails

The system includes 5 aluminum long mounting rails.

These rails provide the structural support required for mounting the solar PV modules securely on the installation surface.

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Main Advantages of the 10 kWh SRNE System

☀️ 1. Reduces Electricity Bills

The 6.35 kWp solar array provides a substantial source of renewable energy during daylight hours, allowing the user to utilize solar power instead of relying entirely on grid electricity.

🔋 2. Energy Storage for Night Use

The 10.24 kWh LFP battery stores excess solar energy generated during the day, making that energy available during evening and low-solar periods.

⚡ 3. Backup Power During Blackouts

The hybrid configuration allows the battery and solar system to support selected loads when grid electricity fails, subject to the inverter’s output capacity and the connected loads.

🔄 4. Hybrid Energy Management

The system can intelligently coordinate solar generation, battery storage and grid power, helping optimize the available energy sources.

📈 5. High Solar Generation Capacity

With 10 × 635 W panels, the system has 6.35 kWp of installed PV capacity, providing a strong solar-generation platform for a residential or small commercial installation.

🔋 6. Long-Life Lithium Battery

The SRNE LFP battery is specified with 6,000 cycles and a 20-year lifetime, making it suitable for regular daily energy storage applications.

📡 7. Wi-Fi Monitoring Capability

The inverter’s Wi-Fi compatibility provides the possibility of monitoring system performance and operating information through compatible monitoring functionality.

🎯 8. Dual MPPT Technology

The inverter’s double MPPT configuration provides greater flexibility when designing the PV array, particularly where panels may be installed in different orientations.

🛡️ 9. Comprehensive Electrical Protection

The inclusion of DC breakers, PV disconnect, surge protection, automatic voltage regulation and an automatic changeover switch provides multiple layers of electrical protection and system control.

🔧 10. Future Battery Expansion

The battery specification indicates a maximum parallel capacity of 16 units, giving the system significant potential for future energy-storage expansion if additional batteries are required.

Complete System Summary

Free installation is offered countrywide and free delivery within Nairobi

Overall: this 10 kWh SRNE system is a strong hybrid solution combining 6.35 kWp of high-efficiency bifacial solar generation, approximately 10.24 kWh of LFP battery storage, and a 10 kWh SRNE hybrid inverter. It is particularly suitable for customers looking to reduce grid dependence, store daytime solar energy for later use and maintain essential power during outages.