1. Product Overview for Renewable Energy Plants

ABB LXN1604-6, factory part number 3BHL000986P7000, is a DIN rail high-reliability industrial power module customized exclusively for renewable energy power station control systems, developed under ABB Convert Select series with Bel Power, perfectly matched to ABB System 800xA DCS, AC800M main controllers, S800 I/O racks and ACS series inverters widely deployed in wind farms, photovoltaic power stations, energy storage power plants and hybrid new energy base control cabinets.
Renewable energy sites feature severe grid voltage fluctuation, strong mechanical vibration from fans, wide temperature swing between day and night, plus high EMI interference generated by photovoltaic inverters and wind turbine converters. This power supply solves core pain points of new energy control systems: unstable power supply triggering controller crash, communication disconnection and abnormal grid connection protection misoperation. Equipped with ultra-wide dual AC & DC input, >90% high energy conversion efficiency, fanless vibration-resistant metal housing and complete multi-layer circuit protection, it serves as the core stable power backbone for main control units, grid monitoring sensors, industrial Ethernet communication modules and grid-connected protection boards inside new energy station central control cabinets. The built-in Modbus monitoring RJ45 ports realize real-time power health upload to new energy SCADA platforms, supporting unattended intelligent operation and maintenance of wind & solar power plants.

2. Complete Technical Specifications Optimized for New Energy Scenarios

2.1 Dual AC/DC Wide Input (Core Advantage for Renewable Energy)

• AC universal input: 85–264VAC 50/60Hz, tolerates large grid voltage sag/swell caused by wind speed mutation and photovoltaic light intensity fluctuation
• Ultra-wide DC backup input: 90–350VDC, directly compatible with new energy station 110V/220V DC battery backup packs, energy storage unit DC bus standby power; no extra voltage conversion module needed
• Active PFC circuit, full-load power factor ≥0.95, suppress harmonic pollution from mass grid-connected inverters, meet power grid green energy access standards
• Low inrush startup current, avoid impact on station auxiliary power distribution cabinet during frequent system cold/hot restarts

2.2 Stable Output & High Efficiency Energy-Saving Indexes

• Rated stabilized output: 24.7VDC, output precision ±1%, rated continuous current 6.67A, total rated power 160W
• Conversion efficiency ≥90% across 50%–100% load; light-load efficiency above 88%, low standby power consumption less than 1.5W, reduces long-term auxiliary power loss of 24/7 running new energy stations
• Output ripple noise ≤100mVp-p, low-noise power delivery prevents sampling signal drift of photovoltaic irradiance sensors, wind speed anemometers and grid voltage harmonic acquisition modules
• Overload performance: 120% load continuous stable operation; 200% short-circuit overload withstand for 1 second, buffer instantaneous short-circuit impact from field wiring faults

2.3 Harsh Environment Adaptation (Wind & Solar Site Standard)

• Mounting: Standard 35mm DIN rail with reinforced metal anti-loosening lock buckle, complies with IEC60068-2-6 three-axis vibration test standard, adapts to long-term tower vibration of wind turbine cabin cabinets
• Dimension: 194(L) × 113.6(W) × 138(H) mm, thickened aluminum alloy vibration-proof shell, net weight ~2.96kg
• Operating temperature range: -25℃ ~ +70℃; storage -40℃ ~ +85℃, withstand extreme low temperature in northern wind farms and high temperature closed photovoltaic combiner cabinets
• Humidity: 5%–95% non-condensing, IP20 cabinet internal protection, dust-proof and moisture-proof for outdoor containerized new energy stations
• Insulation strength: 2.5kV DC isolation between power circuit and signal monitoring circuit, isolate high-frequency EMI interference of wind turbine IGBT converters and PV inverters
• Reliability: MTBF ≥50,000 hours under new energy harsh working conditions; certified CE, UL508, cULus, IEC61010-1 power industry safety standards

2.4 Full Safety Protection & SCADA Remote Monitoring

Six-layer integrated safety protection system tailored for new energy grid-connected safety requirements: OVP overvoltage protection, OCP overcurrent protection, short-circuit automatic lockout, OTP overheating thermal shutdown, input undervoltage lockout, DC reverse connection anti-damage protection. Once grid surge, battery reverse wiring or cabinet overheating occurs, the module instantly cuts output to protect expensive AC800M controllers and grid-connected protection modules, avoiding whole station off-grid failure.
Dual RJ45 monitoring communication ports support Modbus RTU/TCP protocol, uploading real-time input voltage, output load, internal temperature and fault alarm codes to new energy SCADA upper monitoring system. Operators remotely check power supply operating status without visiting field towers or container cabinets, realize early warning of power aging faults and reduce field patrol workload of wind & solar power plants.

3. Core Advantages for Renewable Energy Power Plants

1. Ultra-wide dual input adapts to new energy unstable power environment The 90–350V wide DC input perfectly matches energy storage battery packs and station DC backup power. When grid power fails due to wind or light mutation, the module seamlessly switches to DC battery power, ensuring continuous operation of grid-connected control system and avoiding wind turbine off-grid or photovoltaic power generation interruption.
2. Vibration-resistant fanless design for wind turbine cabin cabinets Natural convection heat dissipation without rotating fans eliminates fan failure risks under long-term tower vibration. Internal circuit boards are fixed with shock absorption glue, capacitors equipped with anti-vibration brackets, solving loose solder joint and poor contact faults of ordinary power supplies in wind turbine cabin vibration environment.
3. High efficiency reduces auxiliary power consumption of new energy base Over 90% conversion efficiency cuts power loss during energy conversion, lowering heat accumulation inside closed container control cabinets and reducing air conditioning energy consumption of new energy stations, matching low-carbon renewable energy project construction standards and improving whole station power generation net income.
4. N+1 redundant parallel architecture guarantees zero-off-grid control power Multiple LXN1604-6 modules can be connected in parallel to build redundant power supply system for main control cabinets of wind farm booster stations and large photovoltaic bases. Even single power module fails, other units maintain stable power supply to control network, eliminate single-point power failure risk of grid-connected system.
5. Hot-swap maintenance minimizes power station downtime DIN rail quick plug-and-play structure allows spare module replacement without cutting off whole cabinet power supply. Wind farm and photovoltaic station maintenance can be completed without shutting down generating units, greatly reducing power generation loss caused by equipment maintenance.

4. Main Application Scenarios in Renewable Energy Industry

1. Onshore & offshore wind farm turbine cabin control cabinet: Power supply for AC800M main controllers, pitch control I/O modules, wind speed monitoring sensors and cabin communication switches
2. Large ground photovoltaic power station container DCS cabinet: Stable power for irradiance acquisition modules, combiner box monitoring units and grid-connected inverter control boards
3. Energy storage power station battery management BMS control cabinet: Redundant power supply for energy storage converter PCS monitoring system and fire linkage I/O modules
4. Wind-solar hybrid new energy base booster station central control cabinet: Core power unit of ABB 800xA DCS whole grid monitoring system
5. Distributed rooftop photovoltaic industrial control panel: Compact DIN rail power supply for small grid-connected monitoring PLC and data transmission gateways
6. Offshore wind power platform automation cabinet: Wide temperature anti-vibration design adapts to marine humidity and hull jitter environment

5. Global B2B Selling Highlights & Short Cross-Border Listing Copy

ABB LXN1604-6 3BHL000986P7000 is original genuine ABB industrial power module, all units pass vibration aging and full efficiency testing before delivery. Stable spot inventory supports global air and sea fast logistics, with standard 12-month global manufacturer warranty. Complete supporting materials include official datasheets, DIN rail installation drawings and ABB new energy SCADA system integration configuration guides, the preferred power matching spare part for new energy station construction, wind & solar equipment renovation and global ABB renewable energy project spare parts stocking.

Short Product Listing Copy

ABB LXN1604-6 3BHL000986P7000 Industrial DIN Rail Power Supply specially designed for wind, photovoltaic and energy storage renewable energy power plants. Wide AC 85–264V / DC 90–350V dual input, 24VDC 160W stable output with ≥90% high energy efficiency, fanless vibration resistant wide temperature structure, complete multi-circuit safety protection, built-in Modbus RJ45 monitoring ports for new energy SCADA remote diagnosis. Perfectly power ABB 800xA DCS, AC800M controllers and grid-connected inverters in wind farms, PV stations and energy storage bases. Original quality in stock, fast global delivery, 12-month quality warranty.