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IS215AEPCH1B GE | Alternative Energy Pitch Center Module | Mark VIe Wind System
IS215AEPCH1B GE | Alternative Energy Pitch Center Module | Mark VIe Wind System - Image 2
IS215AEPCH1B GE | Alternative Energy Pitch Center Module | Mark VIe Wind System - Image 3

IS215AEPCH1B GE | Alternative Energy Pitch Center Module | Mark VIe Wind System

Original price was: $7,687.00.Current price is: $3,454.00.

  • Model: IS215AEPCH1B
  • Manufacturer: GE (General Electric / GE Vernova)
  • Core Function: Acts as the Alternative Energy Pitch Center (AEPC) controller module, managing centralized pitch system coordination, power distribution, and communication for blade angle adjustment in wind turbines.
  • System Compatibility: Compatible with Mark VIe wind turbine control platforms, particularly for ESS (Energy Storage System) or 20 Nm pitch configurations in models like 1.5 MW series.
  • Supply Status: In Stock
  • Warranty Standard: 12-month functional warranty, fully tested
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Category: SKU: IS215AEPCH1B GE
  • Email:sales@sxrunsheng.cn
  • Phone:+86 15340667322
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    • Description

    • Product Model: IS215AEPCH1B
    • Manufacturer: GE
    • System Platform: Mark VIe Wind Turbine Control
    • Functional Designation: AEPC (Alternative Energy Pitch Center / 20 Nm ESS variant)
    • Pitch System Rating: Optimized for 20 Nm torque pitch actuators with ESS integration
    • Power Supply: 24 V DC nominal input from turbine distribution, with onboard regulation
    • Communication Interfaces: Dual RJ-45 Ethernet ports for IONet connection to Mark VIe controller
    • I/O Configuration: Supports analog and discrete signals for pitch motor control, position feedback, and status monitoring
    • Operating Temperature Range: -30°C to +65°C, suitable for nacelle or hub installation
    • Humidity Tolerance: 5% to 95% non-condensing, conformal coated for environmental protection
    • Mounting Type: Modular card assembly with carrier for pitch cabinet or axis enclosure
    • Dimensions (approx.): Standard AEPC footprint, typically 220 mm x 160 mm x 90 mm with carrier
    • Weight: Approximately 2.0-2.5 kg including assembly hardware
    • Protection Features: Overcurrent, overtemperature, and fault detection circuits
    • Certification Standards: CE marked, compliant with IEC 61400 series for wind turbine electrical systems and EMC
    • Mean Time Between Failures (MTBF): Designed for >100,000 hours in continuous renewable duty
    • Response Time: <50 ms typical for pitch command processing, critical for dynamic wind response

     

    Technical Architecture & Functional Positioning

    The IS215AEPCH1B serves as the centralized pitch control hub in the Mark VIe wind turbine architecture, positioned at the pitch system layer within the hub or nacelle. It aggregates commands from the main turbine controller via IONet, distributes regulated power to individual blade pitch drives, and coordinates synchronized blade movements for optimal rotor performance. This central role enables precise collective and individual pitch control, essential for power optimization, load mitigation, and emergency stop feathering.

    The module integrates power conditioning circuitry, Ethernet communication processors, and multi-channel I/O interfaces. Key technologies include redundant network paths for fault tolerance, embedded diagnostics for pitch system health monitoring, and robust signal isolation to handle electrical noise in rotating hub environments. These features directly address wind-specific engineering demands: rapid response to gusts for energy capture, reliable operation in remote locations with limited access, and integration of ESS for enhanced grid support during low-wind or fault conditions.

    Its modular carrier design supports quick field swaps and facilitates expansion for different turbine variants. The architecture allows seamless diagnostics feedback to the central controller, enabling predictive maintenance and reducing unplanned downtime in large wind farms.

    Typical Application Scenarios

    • Implemented in GE 1.5 MW-class wind turbines for centralized pitch management, ensuring synchronized blade adjustment during variable wind speeds and directions.
    • Deployed in Mark VIe-equipped onshore/offshore wind farms with ESS integration, supporting advanced grid services like frequency regulation.
    • Serves as a replacement part in existing Mark VIe wind installations, maintaining compatibility with legacy pitch actuators and wiring.
    • Utilized in pitch system upgrades or maintenance campaigns, improving control precision and diagnostic visibility.
    • Applied in harsh environments (coastal or high-altitude sites), leveraging environmental protections for sustained reliability.

    IS215AEPCH1B GE | Alternative Energy Pitch Center Module | Mark VIe Wind System

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