Description
CHLORIDE SOLAR LITHIUM 10.24kWh BATTERY – V2
Reliable Energy Storage for Homes, Businesses and Solar Power Systems
1. Product Overview
The Chloride Solar Lithium 10.24kWh Battery – V2 is a high-capacity energy storage solution designed to store electricity generated by solar panels for use whenever solar power is insufficient or unavailable. With an energy storage capacity of 10.24kWh, this battery is suitable for residential and commercial solar installations that require dependable backup power, improved energy management, and greater energy independence.
Designed for integration into compatible solar inverter systems, this battery enables users to store excess solar energy generated during the day and use it during the evening, at night, or during power outages. This helps reduce reliance on grid electricity and makes better use of the energy produced by a solar installation.
The 10.24kWh capacity makes it a suitable option for households with substantial daily energy requirements, offices, retail shops, and selected small commercial applications. It can also be incorporated into larger solar installations where multiple compatible batteries are used to increase total energy storage capacity.
Manufactured under the Chloride Exide brand, the battery forms part of a solar energy storage market that serves residential and commercial customers seeking reliable renewable energy solutions.
2. Key Features
A. High Energy Storage Capacity
With a nominal storage capacity of 10.24kWh, this battery can store a substantial amount of electrical energy for later use. This makes it suitable for applications requiring extended backup periods, depending on the connected appliances and their energy consumption.
B. Lithium Battery Technology
Lithium-based energy storage offers advantages over conventional lead-acid batteries, including the potential for deeper discharge, efficient energy delivery, and reduced routine maintenance. The precise performance characteristics depend on the battery’s specifications and operating conditions.
C. Solar Energy Storage
The battery stores excess electricity generated by solar panels during daylight hours. This stored energy can then be used when solar production decreases, helping households and businesses make greater use of their own solar-generated electricity.
D. Backup Power During Electricity Interruptions
When integrated with a compatible hybrid inverter, the battery can supply stored energy to designated electrical loads during grid outages. This can help keep essential appliances and equipment operating when the grid supply is interrupted.
E. Suitable for Residential and Commercial Applications
Its storage capacity makes it a potential solution for larger homes, offices, retail outlets, and small businesses that require dependable energy storage for everyday operations.
F. Expandable Energy Storage Potential
Where supported by the manufacturer’s specifications, multiple compatible battery units can be installed together to increase the overall energy storage capacity. This provides flexibility for customers whose electricity requirements may increase in the future.
3. Technical Specifications
| Specification | Details |
|---|---|
| Brand | Chloride Exide |
| Product Name | Chloride Solar Lithium Battery – V2 |
| Nominal Energy Capacity | 10.24kWh |
| Battery Technology | Lithium-based; confirm exact chemistry from the V2 datasheet |
| Application | Solar energy storage and backup power |
| System Compatibility | Compatible solar hybrid inverters, subject to manufacturer requirements |
| Charging Sources | Solar PV and other supported charging sources, depending on the inverter configuration |
| Installation | Professional installation recommended |
| Expansion Capability | Subject to manufacturer-approved battery configurations |
| Operating Voltage | Confirm from the official V2 datasheet |
| Nominal Capacity in Ah | Confirm from the official V2 datasheet |
| Maximum Charge/Discharge Current | Confirm from the official V2 datasheet |
| Cycle Life | Confirm from the official V2 datasheet |
| Communication Protocol | Confirm from the official V2 datasheet |
| Warranty | Subject to the manufacturer’s applicable warranty terms |
Important: The specifications above distinguish confirmed product capacity from details that require verification. The exact voltage, battery chemistry, operating current, cycle life, communication protocol, and warranty for the V2 model should be checked against the manufacturer’s datasheet before being included in a final technical proposal.
4. Advantages of the Chloride Solar Lithium 10.24kWh Battery – V2
1. Reliable Backup Power
The battery stores electricity for use when solar generation is low or the grid supply is unavailable. When correctly sized, it can help maintain power to essential household or business appliances during interruptions.
2. Reduced Electricity Bills
By storing excess daytime solar energy for use later, the battery can help reduce the amount of electricity purchased from the grid. The actual savings depend on electricity consumption patterns, solar generation, system efficiency, and applicable electricity tariffs.
3. Better Utilisation of Solar Energy
Without battery storage, excess solar electricity may go unused if it is not consumed or exported. A suitable battery system allows more of this energy to be stored and used during the evening and at night.
4. Suitable for Modern Solar Installations
When paired with a compatible hybrid inverter, the battery can form part of a complete solar power system that manages solar generation, battery charging, and the supply of electricity to connected loads.
5. Supports Essential Household Appliances
Depending on their power ratings and energy consumption, the system may support appliances such as:
- LED lighting.
- Televisions and entertainment systems.
- Refrigerators and freezers.
- Computers, routers, and office equipment.
- Fans and other household appliances.
- Selected pumps and other equipment within the inverter’s power limits.
High-power appliances, including electric cookers, kettles, water heaters, and air conditioners, must be assessed carefully because they can consume substantial amounts of stored energy.
6. Potential for Future System Expansion
For customers planning to increase their energy requirements, additional compatible battery storage may provide a way to expand capacity, provided the manufacturer permits the proposed configuration.
7. Supports Energy Independence
Combining solar panels, a compatible hybrid inverter, and battery storage can reduce dependence on grid electricity and improve the availability of power for selected loads.
5. Understanding the 10.24kWh Capacity
The 10.24kWh rating represents the battery’s nominal stored energy capacity. The actual energy delivered to appliances will depend on the permitted depth of discharge, conversion losses, battery operating conditions, and inverter efficiency.
For illustration, assuming approximately 90% of the nominal battery energy is available for use and the inverter operates at 92% efficiency:
Estimated usable AC energy:
10.24kWh × 90% × 92% = approximately 8.48kWh.
The 90% discharge assumption and 92% inverter efficiency are illustrative values, not confirmed specifications for this particular battery.
Illustrative Backup Duration
Using the estimated 8.48kWh of usable AC energy:
| Average Load | Approximate Backup Duration |
|---|---|
| 200W | 42 hours |
| 400W | 21 hours |
| 500W | 17 hours |
| 800W | 10.6 hours |
| 1,000W | 8.5 hours |
| 1,500W | 5.7 hours |
| 2,000W | 4.2 hours |
These figures are mathematical estimates assuming a constant load. Actual backup time will vary with appliance cycling, surge requirements, inverter consumption, temperature, battery settings, and other operating conditions.
Important distinction: The battery’s 10.24kWh energy capacity does not mean it can continuously deliver 10.24kW of power. The maximum instantaneous load is determined by the battery’s permitted discharge current and the inverter’s power rating.
6. Recommended Applications
Residential Solar Systems
Suitable for households seeking to store daytime solar energy for evening and overnight use. The appropriate battery capacity depends on the household’s energy consumption and the appliances that need backup.
Offices and Commercial Premises
Can support selected office loads, including computers, networking equipment, lighting, and other compatible electrical equipment.
Retail Shops and Small Businesses
Can help maintain selected business operations during grid interruptions and store excess solar energy for later use.
Hybrid Solar Systems
Can be integrated into a suitably designed hybrid solar installation that combines solar panels, battery storage, and grid electricity where available.
Backup Power Installations
Can provide stored energy for essential electrical loads during outages, subject to inverter compatibility, system design, and the battery’s discharge limits.
7. Important Installation and Compatibility Considerations
To obtain reliable performance from the Chloride Solar Lithium 10.24kWh Battery – V2, the complete system should be designed and installed by a qualified solar technician.
The installation should take into account:
- Inverter compatibility: Confirm that the inverter supports the battery’s voltage, charging parameters, discharge limits, and communication requirements.
- Battery management system: Verify the manufacturer’s battery protection and monitoring provisions for the V2 model.
- Correct cable sizing: Use appropriately rated battery cables, terminals, protective devices, and isolators.
- Battery protection: Install the protection devices specified by the manufacturer and applicable electrical standards.
- Ventilation and environment: Follow the manufacturer’s requirements for temperature, humidity, clearances, and installation location.
- Charging configuration: Configure charging voltage, current limits, and battery settings according to the official technical documentation.
- System sizing: Match the battery capacity and inverter rating to the customer’s energy consumption and maximum expected load.
The battery should not be connected to an inverter solely because the nominal voltage appears compatible. The manufacturer’s approved compatibility requirements must also be satisfied.
8. Why Choose the Chloride Solar Lithium 10.24kWh Battery – V2?
The Chloride Solar Lithium 10.24kWh Battery – V2 is an energy storage option for customers who want to make better use of solar electricity and improve backup power availability.
Its 10.24kWh nominal capacity offers substantial energy storage for appropriately sized residential and commercial installations. When combined with suitable solar panels and a compatible hybrid inverter, it can help reduce grid electricity consumption, support essential electrical loads, and provide greater flexibility in managing energy use.
For homeowners, it offers a way to store solar energy for later use. For businesses, it can contribute to improved continuity of selected operations during power interruptions. For solar installers, it provides an option to consider when designing energy storage systems around a customer’s daily consumption and backup requirements.
Final Recommendation
For the best results, size the battery according to the customer’s daily energy consumption, required backup duration, and maximum simultaneous load. Pair it with a compatible inverter and an appropriately sized solar array to create an efficient and dependable solar energy storage system.
Chloride Solar Lithium 10.24kWh Battery – V2: Store more solar energy, improve backup capability, and make better use of the power your solar system generates.
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