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Eco Series: Lead-acid Battery Formation Equipment MCE S

MCE S Series : Eco Series: Lead-acid Battery Formation Equipment

MCE-S

Intro:

MCE is suitable for the formation process required in the production of lead-acid battery. It introduces the discharged energy recycling feature that allows as much as 97% of the electrical energy produced during discharge to be recycled and then supply the energy needed for the charge process, even returned to the grid to provide electricity for other utilities within the factory site. This design greatly reduces the battery production cost and the energy recovery can effectively reduce the temperature rise in the plant, improving the comfort for the operators on-site. To optimize energy use, smart energy management system can be added to monitor the real-time production information at the factory site and obtain important notification and the best scheduling recommendations.

  • Support DC-DC and DC-AC energy recovery, with an efficiency up to 97%
  • When the system is at full load, power factor>99%
  • System load of more than 30%, the total harmonic distortion (THD) <3%
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Discharged energy recycling:Up to 97% Efficiency
ModelMCE S Series
AC PowerCustomized According To Client Needs
Loading Range
Charge
Discharge
 
100~300V
100~300V
Constant Voltage
Maximum
Resolusion
Accuracy
 
300V
0.1V
± 0.5% F.S.
Constant Current
Maximum
Resolusion
Accuracy
 
Depend on Spec*
Depend on Spec
± 0.5% F.S.
Data Recording Time1s
Communication InterfaceCANBus
Ambient23°C±2°C; 20~90 HR
Optional FeaturesSmart Energy Management System
AccessoryAuxiliary Voltage, Auxiliary Temperature
ModelVoltage(V)Current (A)
MCE S 300V/0304A300+3/-4
MCE S 300V/0507A300+5/-7
MCE S 300V/0608A300+6/-8
MCE S 300V/1014A300+10/-14

Smart Energy Management System
To optimize energy consumption in a battery factory, 4 major smart energy management features are offered:

  1. User-centric Dashboard with Remote Monitoring: Present the plant producing information visually, including producing capacity, capacity utilizing rate, energy utilization, etc., and allow users to access to the real-time information through various kind of devices (e.g. smartphone, laptop, etc.)
  2. Event Notification: Send the event notification automatically to assist facility managers in handling unexpected issues.
  3. Smart Scheduling: According to the production requirements, suggest the optimal producing schedule to optimize electricity consumption and expenses.
  4. KPI Management: Monitor all kinds of indicators, compare them with pre-defined KPIs, and then suggest proper corrective actions.

Auxiliary Voltage/ Auxiliary Temperature

Auxiliary voltage and auxiliary temperature are for collecting the voltage and temperature data of a single cell in the battery pack. Collected data can be used as step cutoff conditions while running the battery test, improving the flexibility of the production line and laboratory.

ModelAuxiliary Voltage ES-100B
Channels24
Measurement Range±64V,±32V,±8V
Measurement Resolution16 bit
Accuracy0.02% F.S.
Data Recording Time100ms (24CH)
ModelAuxiliary Temperature ET-100B
Channels24
Measurement Range*-50°C~125°C
Measurement Resolution0.1°C
Accuracy±1°C (-40°C~90°C)
Temperature SensorThermistor
Supported Type103JT
ModelAuxiliary Temperature ET-100C
Channels16CH8CH8CH16CH
Scanning Speed4CH/s (16CH/4s)4CH/s (16CH/4s)4CH/s (16CH/4s)4CH/s (16CH/4s)
Accuracy±1°C±1°C±1°C±1°C
Resolution0.1°C0.1°C0.1°C0.1°C
Temperature SensorThermocoupleRTDThermistorDiode
Supported TypeType J, K, E, N,

R, S, T, B

PT-10, PT-50, PT-100, PT-200,

PT-500, PT-1000, NI-120

44004 2.252kΩ, 44005 3kΩ,

44007 5kΩ, 44006 10kΩ,

44008 30kΩ
3904
Measurement Range*-265~800°C-200~800°C-40~150°C-60~130°C

*Depend on chosen thermal sensors