p2g

The green hydrogen production total solution - G-Philos proposes the following.

P2G SOLUTION

P2G operating system

Maximizing efficiency with an all-in-one module system

All-in-one and module system that allows for management of the power conversion, hydrogen production, raw material pre-processing, production quality management, and system air-conditioning management functions all in a single system

Management technologies, safety management technologies, internal air conditioning designs, interior/ exterior design, etc., of the all-in-one module container
Procuring coverage flexibility for the all- in-one module design, various capacities, and applications needed in the entire P2G
Re-linked power
conversion device

Real-time conversion control technology

Two-directional
Hybrid PCS
  • Power grid stabilization
  • High efficiency power
    conversion
  • Renewable energy
    variability control
  • Energy buffer link
Hydrolysis DC/DC
converter
  • PWM control method
  • Highly efficient and longer life
  • Individually controlled hybrid composition per hydrolysis type


Green hydrogen management system

g-hms
Green Hydrogen Management System

This is a life-cycle operation management system that comprehensively analyzes the hydrogen transportation situations, hydrogen charging station situations, etc., and that maintains a balance between the hydrogen production and demand.

  • Control generated energy, such as internal major parameter monitoring of the power situation needed for hydrogen production,
    hydrogen production system situations, and the hydrogen storage situations
  • Hydrogen management platform solution for actual regions that add real-time location checking functions to the system (tube trailer) or
    moving the hydrogen storage device
  • Generation / hot water production and management (fuel cell inclusion system, options)

Green hydrogen life-cycle safety management

SMS
SAFETY MANAGEMENT SYSTEM

This is a preliminary safety management system that predicts the hydrogen impurity (oxygen, moisture) concentration,
according to the operation status.

  • Impurity concentration management prediction monitoring system: construct as a prediction monitoring system for the impurity
    concentration per operation status for the oxygen concentration in hydrogen and the hydrogen concentration in oxygen,
    in order to reduce the existing sensor-based monitoring system
  • Accident prevention is possible through an internal/external leak monitoring system