Stock Container SOLACLE

Functional, ecological, and economical emergency supply warehouse

Network system for measuring surrounding environment using stock containers

The stock container can be used as a base or evacuation site in disasters or emergencies. The stock container, which serves as a central base, can function as a central hub for a network system. The stock container (central base) houses the servers that collect measurement data for each system. When the commercial power supply is disrupted in an emergency, a central hub can be established by using computers and other equipment, which can be connected to other stock containers to maintain operation.

Proposing a total system from an Internet line that utilizes the advantages of the container’s solar-powered system to device selection

• Even if a power source cannot be secured because the commercial power supply is cut off in an emergency or disaster, the devices that configure each system of the stock container are supplied power from the solar-powered system’s storage battery, preventing the system from stopping. (Each system continues operating without stopping.)
• Utilizing the solar-powered system’s “ability to secure power even in a disaster,” a mobile line can be used to access the Internet in emergencies.

Proposing camera solutions for various viewing needs

• Cameras can be installed inside the stock containers to monitor the status of stockpiled goods. Additionally, they can be installed in specially designed housings adapted to external environmental conditions, such as cold climates or shock resistance, to capture images of the surroundings outside the stock container.
• The selection of cameras depends on the target objects to be photographed, the specific functions needed for the intended use, and the environmental conditions.
  Different types of cameras include box cameras, dome cameras, and PTZ (pan-tilt-zoom) cameras.
• By choosing and installing a recording device based on the required recording duration, image resolution, and frame rate, it is possible to monitor images in real time and review past images.

Measure the environment around the stock container, accumulate data, and perform remote monitoring and operation

• Centralized management and monitoring of measurement data via the Internet allows for understanding and management of the conditions inside and outside multiple stock containers located in various areas.

* The service carrier guarantees the quality of the Internet line, so there may be instances during disasters when the service is unavailable.
The communication bandwidth may increase, and the expected quality may not be achieved depending on the camera’s recording quality (resolution, frame rate).

The standard air conditioner automatically maintains a constant temperature in the container

The interior of the stock containers is insulated with 60 mm thick in-situ foamed rigid urethane foam, which seamlessly covers the ceiling, walls, and floor on all four sides. This insulation provides a temperature level comparable to that of a climate-controlled warehouse.

The air conditioner operates without a commercial power supply. It automatically adjusts the interior temperature year-round, maintaining it between 23°C and 25°C during summer.

Five-year shelf-life food and water and other emergency food and water can be safely stored and accessed immediately in an emergency. The SOLACLE stock container can be used as a first aid center, response headquarters, or an emergency supply warehouse for emergencies.

In-situ foamed rigid urethane foam [Insulation material]

• Excellent thermal insulation properties
  The bubble structure created by urethane resin provides excellent thermal insulation performance. The non-fluorocarbon type traps air within the bubbles, ensuring a consistent thermal insulation performance over time.
• Seamless insulation layer
  With conventional insulation methods, seams are unavoidable, allowing heat and water vapor to enter the building. This can lead to condensation and heat loss. By using the spray method, an insulation layer without seams is created.
• Excellent water and moisture resistance
  The foam is made up of independent air bubbles, so it absorbs very little water and allows minimal moisture penetration.

In-situ foamed rigid urethane foam is applied onto the four walls and the ceiling. The use of spray and injection methods allows for the creation of a gap-free insulation layer. This superior thermal insulation performance provides excellent heat insulation and prevents dew condensation.
The in-situ foamed rigid urethane foam is applied by spraying the undiluted solution onto the target surfaces with a specialized foaming machine and spray gun.
As soon as the foam is sprayed onto the target, it adheres firmly to the target surfaces and immediately expands and hardens.
The thickness of the foam can be easily adjusted by applying it in layers.
Additionally, the non-fluorocarbon foam is eco-friendly, as it does not contribute to ozone depletion or global warming.

Functions and Equipment

House specifications (13.22 m² size)

Outer dimensions	5,450(W)×2,300(D)×2,753(H) (including solar panels)
Surface area	12.54 m²
Weight	1,860 kg (including solar panels)
Insulation	60 mm in-situ foamed rigid urethane foam (sprayed on ceiling, walls, and floor)
Fixtures	Insulated double doors

* Varies by floor size

Electrical specifications (for 3.3 m² size)

Maximum solar panel output	2.16 kW
Average expected daily power generation	Approx. 6 kWh (summer) / approx. 3.5 kWh (winter)
Number of usable days without sunlight	5 days (when used as a container)
Environmental temperature	-10 to 45°C (with no condensation)
AC output	Single-phase 100V, 30A
Output waveform	Sine wave

* Varies by floor size

Options

Exterior wall material

Choose from a variety of metal siding samples to suit the application and preference.

[Metal siding] Panasonic fluorine bake-finished paint with a 10-year guarantee against rusting and paint discoloration.

* The detailed specifications of the product are subject to change.