Batteries

SAFETY

Automotive-grade pack technology and production process to guarantee safety

Directional explosion-proof valve design to isolate rarely occurring cell failures, ensuring 100% safety

Comprehensive thermal simulation and testing to control the temperature rise of each cell within the designed specifications in the case of high-rate discharge

BATTERY MANAGEMENT SYSTEM (BMS)

Separate control and protection for the charge and discharge processes to maximize availability

Real-time detection of voltage, current, temperature and a variety of protection

Support for parallel connection

CELL

Lithium Iron Phosphate(LFP) prismatic cells with high safety and reliability

Fully automated production following a mature and stable process, ensuring consistent charge/discharge performance and life span

Iec62133, U, and UN38.3 certifications

COMMUNICATION AND PROTOCOL

RS485 and RS232 interfaces

Optional accessories: RS485 to SNMP module

PRODUCT SPECIFICATIONS

Normal Voltage (V) 25.6

Rated Capacity (Ah) 100

Total Energy (Wh) 2560

Recharge Voltage 27.6

Max. Recharge Current (A) 20

For parallel connection, the charge current must be limited to 10A for 100 Ah batteries

Max Discharge Current (A) 50

EOD Voltage 22

Peak Discharge Power (W) -3s 3360

Dimensions (mm) 442 x x400 x 133

Weight (kg) 28

Protection Class IP20

Working Temperature Recharge: 0 to +60

Discharge -20 to +60

Humidity 0 – 95% RH (non-condensing)

Protection Over voltage protection (Cell & System)

Low voltage protection (Cell & System)

High temperature protection

Low temperature protection

Short circuit protection

Over current protection

Parallel or Series Support parallel with RS485 cables connected

Cycle Life ≥ 3500 Cycles @ < 0.3C 80% DOD 25°C

Automotive-grade pack technology and production process to guarantee safety

Directional explosion-proof valve design to isolate rarely occurring cell failures, ensuring 100% safety

Comprehensive thermal simulation and testing to control the temperature rise of each cell within the designed specifications in the case of high-rate discharge

BATTERY MANAGEMENT SYSTEM (BMS)

Separate control and protection for the charge and discharge processes to maximize availability

Real-time detection of voltage, current, temperature and a variety of protection

Support for parallel connection

CELL

Lithium Iron Phosphate(LFP) prismatic cells with high safety and reliability

Fully automated production following a mature and stable process, ensuring consistent charge/discharge performance and life span

Iec62133, U, and UN38.3 certifications

COMMUNICATION AND PROTOCOL

RS485 and RS232 interfaces

Optional accessories: RS485 to SNMP module

Automotive-grade pack technology and production process to guarantee safety

Directional explosion-proof valve design to isolate rarely occurring cell failures, ensuring 100% safety

Comprehensive thermal simulation and testing to control the temperature rise of each cell within the designed specifications in the case of high-rate discharge

BATTERY MANAGEMENT SYSTEM (BMS)

Separate control and protection for the charge and discharge processes to maximize availability

Real-time detection of voltage, current, temperature and a variety of protection

Support for parallel connection

CELL

Lithium Iron Phosphate(LFP) prismatic cells with high safety and reliability

Fully automated production following a mature and stable process, ensuring consistent charge/discharge performance and life span

Iec62133, U, and UN38.3 certifications

COMMUNICATION AND PROTOCOL

RS485 and RS232 interfaces

Optional accessories: RS485 to SNMP module

This lithium iron phosphate battery is one of new energy storage products developed and produced by DEYE, it can be used to support reliable power for various types of equipment and systems.  This battery is especially suitable for application scene of high power, limited installation space and long cycle life. This battery has built-in BMS battery management system, which can manage and monitor cells information including voltage, current and temperature. What’s more, BMS can balance cells charging and discharging to extend cycle life.  Multiple batteries can connect in parallel for larger capacity and longer power supporting duration requirements.

• Advanced BMS with current limiting function
• CAN Bus, fully integrates and communicates with leading Inverter brands
• Excellent high temperature performance
• High Cycle Life and Service Life
• RIOT integration ready for cloud monitoring
• 1C High Performance Lithium battery
• High Energy Density and conversion efficiency
• Complete with integrated Battery Management System
• Compatible with most Inverters and chargers
• Low self discharge
• Easy wall mount or shelf rack installation
• Heavy duty side handles for easy handling and mounting on the wall
• Built in protection for over-charge, over-discharge & over-temperature

Automotive-grade pack technology and production process to guarantee safety

Directional explosion-proof valve design to isolate rarely occurring cell failures, ensuring 100% safety

Comprehensive thermal simulation and testing to control the temperature rise of each cell within the designed specifications in the case of high-rate discharge

BATTERY MANAGEMENT SYSTEM (BMS)

Separate control and protection for the charge and discharge processes to maximize availability

Real-time detection of voltage, current, temperature and a variety of protection

Support for parallel connection

CELL

Lithium Iron Phosphate(LFP) prismatic cells with high safety and reliability

Fully automated production following a mature and stable process, ensuring consistent charge/discharge performance and life span

Iec62133, U, and UN38.3 certifications

COMMUNICATION AND PROTOCOL

RS485 and RS232 interfaces

Optional accessories: RS485 to SNMP module

LiFePO4 chemistry is considered very safe even if
fully charged.
• Reliability – battery designed to operate in almost
any environment.
• Durability – life expectancy exceeding 10 years
at 25oC.
• Supports parallel bus bar connection.
• External BMS.
• Manufacturing plants comply with the
legislation in each country and with
international quality standards ISO9001 and
Qs9000.
• Residential, Business, Factory, Data Centres or
Telecoms Base Station backup.
• Solar, Wind or Hybrid Storage.
• Reduce Peak Usage Charges from the Grid

The REVOV LiFe B100 is designed to be a plug-n-play part of an Inverter Controlled energy storage system which reduces installation time and cost. Anti-theft technology makes the battery an undesirable target for thieves. The REVOV B100 is a Lithium Iron Phosphate based system expertly assembled to meet the highest standards of SAFETY, RELIABILITY and LONGEVITY. It is the perfect choice to provide backup, primary and secondary power where daily cycling of the system is required or desired. It is common to install just one battery to deal with blackouts but grow the system later. More batteries can be added easily for clients who are reducing their grid power usage in a phased approach. LiFePo batteries are designed to last over 6000 cycles, making the REVOV LiFe B100 ideal for residential and commercial applications. This premium product delivers the highest quality, extreme temperature resilience, high energy density, low weight in a small form factor. REVOV LiFe batteries’ weight and size allows for wall and 19” rack mounting.

BMS Monitors and Manages

• Charge and Discharge Current
• Over-Discharge protection and recovery
• Over-Discharge protection and recovery
• Cell voltage Detection
• Discharge Over-Current Protection
• Short Circuit Protection
• Cell Balancing
• Temperature protection and recovery

BMS Indicator lights:

• Green Light – Normal Operation
• Red Light ON – Fault Detected
• Green Light Flashing – Charging
• Green and Red Light Flash – Over-Discharge warning
• Fault detection – On fault detection the BMS stops charge or/and discharge,
• Recovery – when conditions normal BMS releases the protection mode

NOMINAL SPECIFICATIONS

Nominal Voltage 51.2V

Nominal Capacity (1C) 100Ah

Energy (1C) 5.12kWh

Max Continuous Discharge Current 100A

FEATURES

• Anti-Theft Technology
• Lithium Iron Phosphate (LiFePO4)
• Add batteries by parallel connection
• Lifetime exceeds 10 years at 25 C
• Integrated BMS 48V
• No active cooling required
• Wall mount and 19”Rack compatible

ADVANTAGES

• Theft Protection
• LCD Configuration Display
• Unmatched Cost per Cycle
• Best Lithium chemistry safety record
• Inverter Managed system
• Rapid Installation (Requires no configuration)
• Pre-configured with optimal Parameters
• 16 Cell design allows parallel connection with any other REVOV battery

KEY FEATURES OF REVOV LIFE B100

Anti-Theft Protection:

• Battery is totally disabled if removed and cannot be used by thieves

LCD Display Screen:

• Menu to view upper and lower bounds of BMS Settings
• Display Battery statistics
• Navigate options with menu buttons

Depth of Discharge:

• When used properly every day the B100 can be safely discharged to a 100% of its rated 100Ah capacity. Battery life will be shortened if it is discharged beyond 100Ah.
• Over 80% of original 100Ah capacity on completion of 3500 full cycles

Plug-n-Play in an Inverter Controlled ESS:

• In this context Plug-n-Play, and Inverter Controlled ESS is an installation in which the Inverter is configured as the first line of safety with slightly stricter upper and lower bounds on controls (like over and under voltage and temperature thresholds) than those that are pre-configured in the BMS. The BMS in turn, is pre-configured with slightly stricter settings than the physical thresholds of the battery cells.

• In a correctly configured ESS, the inverter is the only device that requires configuration and is the first line of Control. If the inverter control is bypassed by some event, the BMS will react to protect the battery if required. The BMS is dedicated to Battery management and protection. Installers can complete an installation by connecting the battery into a correctly configured inverter. The BMS will auto-start and operate and requires no configuration.

ELECTRICAL SPECIFICATIONS

Standard / Max Charge current 20 A / (Max) 100A

Recommended Recharge Time 2 hours

Max recommended discharge rate 0.6 C

Max recommended daily continuous discharge current 60A

Boost / Absorption Charge 55.5V

Float Charge 54.5V

Suggested Inverter Cutoff Voltage 48-49V

BMS Disconnect / Cutoff Voltage 43.2V

OPERATING CONDITIONS

Design Cycle Life 6,000

Operating Temperature

Charge: Zero / 45 C

Discharge: -20 C / 60 C

Intrusion Protection Class IP30

Warranty 10 years or 3500 cycles at 1 cycle per day

LiFePO4 chemistry is very safe even if fully
charged.
• Reliability – battery designed to operate in
almost any environment.
• Supports parallel bus bar connection.
• External BMS.
• Manufacturing plants comply with the
legislation in each country and with
international quality standards ISO9001 and
Qs9000.
• Residential, Business, Factory, Data Centres or
Telecoms Base Station backup.
• Solar, Wind or Hybrid Storage.
• Reduced Peak Usage Charges from the Grid.

The REVOV LiFePO4 51.2V C8 is an energy
storage Lithium Iron Phosphate battery
designed to be part of an inverter-controlled
energy storage system for residential,
business or factory power backup.
REVOV’S superior 16 cell confi guration is
made up of automotive grade cells, which
is designed to withstand harsher conditions,
extreme temperatures and with a
higher energy density.
The C8 battery utilises cells manufactured
by the largest producer of LiFePO4 cells
supporting renewable storage projects
across Europe, UK, Japan and has been a
long time supplier to companies like BMW,
Volkswagen and

Introducing Sunsynk’s energy storage module well designed for residential UPS and off-grid applications. Cells produced by BYD, a global leader in lithium-ion battery development and manufacturing.

The Sunsynk Battery LFP Wall Mount 15.97kWh 51.2V can be expected to remain serviceable for more than 10 years and this takes into consideration that it is charged and discharged once per day at room temperature (25°C). Lithium ferro phosphate batteries provide excellent thermal stability and storage.

WARNING: These batteries contain BYD cells, not to be mistaken for the Sunsynk batteries which contain CATL cells. These batteries are almost identical apart from the difference in cell type, but this means you cannot mix BYD and CATL batteries in the same system.

MORE USABLE ENERGY
100% Depth of Discharge

FLEXIBLE INVESTMENT
Scalable from 10.65 to 85.2 kWh

SAFE & RELIABLE
Premium Lithium Iron Phosphate(LFP)
6000 cycles

EASY INSTALLATION
Floor Stand or Wall Mounted

HIGH DENSITY
Proprietary CTP Technology

PERFECT COMPATIBILITY
Compatible with Major PCS Brand

L051100-A Energy Storage System is consisted of 2 sets of M025100-A modules manufactured by

Sunsynk. In each M025100-A, there are 8 pcs of 100 Ah LFP cell originated from CATL. The overall

system also provides standard communication port, i.e. CAN and RS485, to monitor the working status

and communicate with upper machine as well as the Power Conversion System (PCS) in front.

The WeCo 5.3kWh 48V lithium battery with modular system is one of the most outstanding storage systems for use in stand-alone or self-consumption photovoltaic installations.

The WeCo ESS – 5K3 – Dual Voltage universal battery is compatible with the most widely used inverter brands; Goodwe, Voltronic Axpert, Studer, Sma, Azurro…

The Weco batteries  have the best performance cycles ( 7000 ) and warranties on the market

See the warranty for the Battery management system below:

Weco offers a full 10year warranty ( BMS included ) .

The cycles on the Weco has a 7000 cycles (1c) warranty

After 7000 cycles the Weco will still maintain 70% of its battery capacity

Dimensions : 5,3kWhs: 460x520x155mm | Weight: 53kg

Modular system: Max. 5 units in parallel or 25 units with WeCo Expansion Hub.

Low voltage / high voltage applications