Publisher(版元)
慧通信技術工業株式会社(Kei Communication Technology Inc.)
Citation example
慧通信技術工業株式会社(Kei Communication Technology Inc.), "G7 Ise-Shima Summit 2016 | Off-Grid Radio Charging Station for Security Operations"

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Case 11 / G7 Ise-Shima / Security Communications

G7 Ise-Shima Summit 2016 | Off-Grid Radio Charging Station for Security Operations

日本語(JA) →

At the 42nd G7 Ise-Shima Summit in 2016, an off-grid charging station for security radios was established in a bonded area of Chubu Centrair International Airport. Personal Energy BMS576 and solar photovoltaic generation supplied independent power where utility electricity was unavailable.

Original announcement: May 20, 2016

Application

  • 42nd G7 Ise-Shima Summit
  • Bonded area of Chubu Centrair International Airport
  • Security radio equipment used around chartered aircraft parking areas

Requirements

  • Charge security radios where utility power was unavailable
  • Secure electricity for communication equipment used in security operations
  • Address restrictions associated with fuel handling and engine exhaust

Engineering Decisions

  • Independent power system combining solar generation and Personal Energy BMS576
  • Dedicated charging station for security radios
  • Operation without routine engine-generator fuel replenishment

Case Answer

An independent radio charging station in an airport bonded area without utility power

During the 42nd G7 Ise-Shima Summit, held on May 26–27, 2016, police officers from prefectural police organizations across Japan were deployed for security operations. In the bonded area of Chubu Centrair International Airport, where chartered aircraft carrying national leaders were parked, utility electricity was unavailable for charging security radios.

To address this constraint, a charging station for security radios was established using solar photovoltaic generation and the Personal Energy BMS576 independent power system. The installation provided a dedicated source of electricity for communication equipment in an area without an available utility power supply.

By combining solar generation with battery storage, the system avoided dependence on fuel replenishment for an engine generator and produced no engine exhaust during operation. This made it suitable for a security area where the handling of fuel and other hazardous materials required particular consideration.

The G7 Ise-Shima Summit and Security Operations

The 42nd G7 Ise-Shima Summit was held on May 26–27, 2016. Police personnel from prefectural police organizations across Japan were deployed to support security operations for visiting national leaders. Security arrangements extended beyond the main summit venue to airports and other facilities used by the leaders.

Our Personal Energy BMS576 off-grid power system was used for a security radio charging station in the bonded area of Chubu Centrair International Airport, where chartered aircraft carrying national leaders were parked. The adoption was announced by our company on May 20, 2016.

Power Supply Constraints in the Bonded Area

Utility power was not available for the security equipment in the bonded area where the chartered aircraft were parked. Nevertheless, security radios required a reliable means of recharging their batteries to support continued operation.

Using a temporary engine generator would have introduced considerations such as fuel delivery, refueling and exhaust emissions. An independent power system combining solar generation and battery storage was therefore adopted.

Security Radio Charging Station

The electrical load in this application consisted of charging equipment for radios used during security operations. A dedicated charging station was established to supply electricity for portable communication equipment in an area without utility power.

Photographs from the site document the arrangement of the charging equipment. Maintaining charged radio batteries was one of the fundamental operational requirements for security personnel.

Solar Photovoltaic Generation and Personal Energy BMS576

To charge security radios where utility electricity was unavailable, solar photovoltaic generation was combined with the Personal Energy BMS576 independent power system. Solar generation supplied energy to the battery system while electricity was provided to the radio charging equipment.

Power System Configuration

Solar Photovoltaic Generation
    ↓
Personal Energy BMS576
    ├─ Battery Charging
    └─ Security Radio Charging Station

This configuration did not require a utility power connection at the charging station. Unlike an engine generator, it did not depend on fuel replenishment or produce engine exhaust during normal operation. These characteristics were particularly relevant to a security installation with restrictions on equipment placement.

Implementation of Independent Power

Instead of bringing an engine generator into an area without an available power supply, a charging station powered by solar generation and battery storage was established. This case demonstrates the adoption of an independent power system for the specific task of supplying communication equipment during international summit security operations in 2016.

Another application of independent power is documented in our Tanabe Clinic off-grid power case study . There, an independent power system supports daily clinical operations, with remote monitoring maintained by our company for more than ten years.

References

Kei Communication Technology Inc., “Personal Energy 576 Selected as a Permanent Security Power Supply for the Ise-Shima Summit,” original announcement dated May 20, 2016.

Ministry of Foreign Affairs of Japan: G7 Ise-Shima Summit Reference Document (PDF)

Revision History

Initial
Published the installation conditions, independent power configuration and implementation record of a security radio charging station associated with the 2016 G7 Ise-Shima Summit.

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