电池充电和电池平衡

RECOM MA2000 系列
  • 电池充电和电池平衡单元
  • 几百瓦至20kW的解决方案
  • 专为运输、工业、自动化、铁路或军工领域设计
  • 输入:3AC输入及有源PFC
    替代输入范围200-1000 VDC
  • 可变DC输出,用于24 VDC至110 VDC(标称),或根据要求提供其他电压电平
RECOM’s battery charging and balancing solutions are engineered for high power density and extended reliability in both mobile and stationary applications. Designed to meet the demands of industrial, transportation, and energy sectors, these modules feature active PFC on AC lines and overvoltage-protected DC inputs. By utilizing the latest switching topologies and digital control concepts, RECOM ensures a long service life and stable performance in critical power environments.

Our platform-based designs allow the output voltage characteristics to be adjusted to match specific battery properties such as time, temperature, and current. Each unit includes an internal lossless output O-ring diode to decouple the battery from the DC supply, preventing reverse current and ensuring safe operation. Beyond standard charging, our battery balancers equalize charges across multiple batteries in series or parallel strings, making them ideal for battery testing and high-capacity storage scenarios. RECOM’s intentionally flexible architecture enables us to modify these solutions quickly and cost-effectively to meet your unique customer requirements.

Explore the product table below to quickly find the right battery charger or battery balancing solution based on your system type, power level, and application requirements.
系列 类型 描述
MA11000
MA11000
Bidirectional Battery balancer Power 11kW, Input Voltage Range 180-480V3AC, Output Voltage Discharge 4-300VDC
MA2000
MA2000
Bidirectional Battery balancer Power 1.4-2kW, Input Voltage Range 90-264VAC / 3-120VDC, Output Voltage Discharge 2-120VDC
RMOC3200
RMOC3200
Cascadable Battery charger Power 3200W, Vin 400V3AC or 700VDC, Vout 24-110V
RMOC5000
RMOC5000
Cascadable Battery charger Output Power 5kW, Vin 360-440VAC 3 Phases 3 wires RST, Vout 39.5-58VDC
SA10000
SA10000
Battery charger 10kW AC/DC On-Boad Charger for E-Mobility
SA3206
SA3206
Battery Charger 3,2kW temperature regulated Battery Charging for Railway Applications
SA500
SA500
Battery charger 500W AC/DC or UPS PSU for Railway Applications
SD4008
SD4008
Battery charger 4kW DC/DC converter for Fuel Cell use and Battery Charging
SD7008
SD7008
Battery charger 7kW DC/DC converter for Fuel Cell use and Battery Charging
Attributes Battery Charging & Battery Balancing
AC/DC or DC/DC Available Features / Options:
Power (W) up to 30000W
Isolation Isolated or non isolated
Nr. of Outputs Single
Vin (V) 90 - 264 1AC
340 - 480 3AC
200 - 1000 DC
Vout (V) 12VDCnom up to 800VDCnom
progammable Charging curve
progammable Discharging curve
Connection Screw Terminals, Cage Clamps
others on request
Mechanical style Open frame
Chassis mounting, enclosed
19"-Rack style
Certifications CE, EN 55024, EN 55032, EN 60950-1, UL 60950-1
MIN Operating Temp (°C) -40.0
MAX Operating Temp (°C) 70.0 / 85.0
Protections OCP, OTP, OVP, SCP
Interfaces I²C, Ethernet, CAN, ….?
Directives REACH, RoHS 2+ (10/10), WEEE
Warranty 3 Years
Regulation Regulated
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Frequently Asked Questions

RECOM battery chargers are engineered to efficiently charge mobile or stationary battery systems while maintaining precise, stable output control. These solutions are optimized for high power density and long-term reliability in demanding industrial, transportation, and energy storage applications.
While a standard battery charger focuses on charging a single battery or pack, a battery balancer manages multiple batteries in series or parallel strings to equalize charge levels. RECOM balancers are also used in sophisticated battery testing and controlled discharge scenarios to ensure system longevity.
Yes. RECOM chargers feature adjustable output characteristics that can be configured based on specific battery chemistry, temperature profiles, and charging requirements. This flexibility makes them suitable for a wide range of lead-acid, Li-ion, and specialized industrial battery systems.
Active Power Factor Correction (PFC) significantly improves energy efficiency and minimizes harmonic distortion on AC input lines. This ensures stable operation, superior grid compatibility, and strict compliance with international industrial power standards.