Description
The REVOV E100 Lithium Battery is a robust energy-storage solution designed for residential, commercial and industrial applications where reliable stored power is essential. With a 51.2V nominal voltage, 100Ah capacity and 5.12kWh nominal energy capacity, the E100 provides a substantial energy reserve for solar installations, backup-power systems and other renewable-energy applications. REVOV’s current 51.2V range identifies the E100 as a 100Ah, 5.12kWh battery.
The E100 uses lithium iron phosphate (LiFePO₄) battery technology. LiFePO₄ is widely used for stationary energy storage because of its combination of safety, thermal stability, longevity and efficient energy delivery. REVOV specifically positions its LiFe batteries for residential, commercial and industrial energy storage, including solar, wind and hybrid systems.
With its 51.2V architecture, the E100 is intended for larger energy-storage systems than typical 12V batteries. It can be integrated with compatible inverters and energy-management equipment to provide stored electricity for daily solar self-consumption, backup power or off-grid operation.
Key Specifications
| Specification | REVOV E100 |
|---|---|
| Brand | REVOV |
| Model | E100 |
| Battery Chemistry | Lithium Iron Phosphate (LiFePO₄) |
| Nominal Voltage | 51.2V |
| Nominal Capacity | 100Ah |
| Nominal Energy | 5.12kWh |
| Battery Type | Lithium energy-storage battery |
| Battery Management | BMS |
| Typical System Use | Solar, backup, off-grid and energy storage |
| Cell Technology | EV/automotive-grade LiFePO₄ technology – applicable REVOV range |
| Monitoring/Communication | Model/system dependent |
| Installation | Compatible inverter and professionally designed battery system |
REVOV’s published 51.2V battery range lists the E100 at 51.2V, 100Ah and 5.12kWh. REVOV also states that its 51.2V batteries use EV cells in a 16-cell configuration and feature a battery management system.
Important: Exact E100 specifications such as maximum continuous charge/discharge current, dimensions, weight, operating-temperature limits, communication protocol, IP rating and warranty should be confirmed against the supplied E100 datasheet/version before being used as fixed technical specifications on a product page.
5.12kWh Energy Storage
The E100 provides approximately 5.12kWh of nominal stored energy, calculated as:
51.2V × 100Ah = 5,120Wh = 5.12kWh
This gives the E100 enough capacity for a broad range of residential and commercial energy-storage applications.
The amount of energy actually available to connected AC equipment will depend on factors such as the battery’s permitted depth of discharge, inverter efficiency, operating conditions and system configuration.
LiFePO₄ Lithium Technology
The REVOV E100 uses lithium iron phosphate (LiFePO₄) chemistry. REVOV highlights LiFePO₄ batteries for their safety, longevity, low maintenance and suitability for deep-discharge energy-storage applications.
Compared with conventional lead-acid storage, lithium iron phosphate technology can provide advantages such as:
- High usable energy capacity
- Efficient energy delivery
- Long service life
- Low maintenance requirements
- No acid refilling
- Reduced self-discharge
- Faster charging capability
- Compact energy storage
- Suitable for regular cycling
The E100’s battery management system helps monitor and protect the battery during operation. REVOV describes its BMS technology as managing functions including charging/discharging, cell voltage, over-current, short-circuit protection, temperature protection and cell balancing on applicable battery ranges.
Application Uses
1. Solar Energy Storage
The REVOV E100 is ideally suited to solar energy-storage systems where excess solar electricity needs to be stored for later use.
During the day, solar panels can supply the property’s loads while surplus generation charges the battery. Stored energy can then be used during the evening or periods when solar generation is insufficient.
This can help increase the amount of solar energy used on-site and reduce reliance on grid electricity.
2. Home Backup Power
The E100 can be incorporated into a residential backup system to provide stored energy during grid interruptions.
Depending on inverter size and household consumption, it can support essential loads such as:
- Lighting
- Wi-Fi and networking equipment
- Security systems
- Refrigeration
- Television
- Computers
- Selected appliances
- Home-office equipment
Actual backup runtime depends on the connected load and system configuration.
3. Business Backup Power
For businesses, reliable energy storage can help reduce disruption caused by electricity interruptions.
The E100 can be incorporated into appropriately sized backup systems for offices, retail premises, workshops and other commercial environments.
Potential loads can include:
- Computers and IT equipment
- Networking infrastructure
- Security systems
- Lighting
- Point-of-sale equipment
- Communications equipment
- Selected machinery and appliances
For larger commercial installations, multiple batteries can be configured as part of a scalable energy-storage system where supported by the battery and inverter manufacturer.
4. Off-Grid Solar Systems
The REVOV E100 is suitable for off-grid energy-storage applications when paired with an appropriately sized solar array, inverter/charger and associated protection equipment.
It can provide stored energy when solar generation is unavailable, helping create an independent power system for remote properties, lodges, cabins, farms, workshops and other off-grid locations.
5. UPS & Critical Power
Lithium batteries are increasingly used in UPS and critical-power applications because they can provide dependable stored energy while requiring less maintenance than traditional lead-acid systems.
The E100 can be considered for appropriately designed UPS systems serving applications such as IT equipment, communications systems, security infrastructure and other critical loads.
REVOV specifically lists computer-room UPS and telecoms applications among its lithium battery applications.
6. Telecoms & Communications
Reliable backup energy is essential for telecommunications infrastructure. REVOV identifies LiFePO₄ batteries as suitable for telecom base stations because of their efficiency, depth of discharge, compact design and modular nature.
The E100 can therefore be considered for appropriately designed communications backup systems.
7. Wind & Hybrid Energy Systems
The battery can also form part of a wind, solar or hybrid renewable-energy system.
Energy generated by variable renewable sources can be stored in the battery and made available when generation falls below the site’s demand. REVOV lists solar, wind and hybrid storage among its applications.
8. Commercial Energy Storage
The 5.12kWh capacity makes the E100 suitable as a building block in larger energy-storage installations.
Businesses can use battery storage for applications such as:
- Backup power
- Solar self-consumption
- Peak-load management
- Renewable-energy storage
- Grid-energy reduction
- Energy arbitrage where supported
- Critical-load backup
REVOV describes its lithium battery systems as suitable for residential, commercial and industrial energy storage.
Why Choose the REVOV E100?
High Energy Capacity
With 5.12kWh of nominal energy, the E100 provides considerably more storage than smaller 12V and 24V battery systems.
51.2V System Architecture
The 51.2V configuration is well suited to larger inverter-based energy-storage systems and allows the battery to operate as part of a higher-voltage DC battery bank.
LiFePO₄ Chemistry
Lithium iron phosphate technology offers a strong combination of safety, durability and energy-storage performance. REVOV positions LiFePO₄ as its preferred lithium chemistry for energy-storage applications.
Battery Management System
A BMS provides important monitoring and protection functions to help manage battery operation and maintain the cells within their specified operating parameters.
Scalable Energy Storage
REVOV’s 51.2V battery range is designed for energy-storage applications that can be expanded according to system requirements and compatible configurations.
Installation & Compatibility
The REVOV E100 should be installed as part of a properly designed energy-storage system using a compatible inverter/charger, protection equipment and system controls.
The inverter must be compatible with the battery’s voltage, charging requirements, discharge characteristics and BMS/communications requirements where applicable.
Professional installation is recommended, particularly for permanently installed residential, commercial and industrial systems.
Before installation, verify:
- Inverter compatibility
- Maximum charge current
- Maximum discharge current
- Battery communication requirements
- Recommended charge parameters
- Battery operating temperature
- Required DC protection
- Permitted battery configurations
- Earthing and installation requirements
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