Ecological Facilities in Japan

Here are our ecological facilities in Japan :

Isehara Works

Eco Ice

This system, which uses discounted night-time electricity to store ice in storage tanks, has been installed at three locations within Isehara Works.
The ice created during the night is useful for cooling and contributes to reducing the building’s power usage and daytime peak power.

Disaster Prevention Energy Center

The Disaster Prevention Energy Center, a new facility that plays a central role in the AMADA Group's BCP measure, was completed in September 2017. 
In preparation for continuing businesses in case of an emergency, this facility has gathered communication servers and power equipment and is equipped with an evacuation facility where 600 people, including employees and people in the surrounding area, can survive for three days. In addition, we have significantly improved the seismic performance so that it can withstand an earthquake with a seismic intensity of 6 or more, and electricity, drinking water, and heat that are essential for continuing business are supplied to each building.

Building overview

Scale               :2 floors above ground
Structure         :S structure (seismic isolation structure)
Building area   :1,093.12 m2
Total floor area:1,430.50 m2
Height            :9.9 m

 

Main features

Electric power and communication equipment
For the electric power and communication equipment, we have refurbished the head office infrastructure and installed a power supply and servers to supply electric power in order to ensure the safety of personnel and the electric power and information communication in case of an emergency. 

Solar panel installed on the roof

Solar power generation
A solar power system is installed on the roof. The solar panel is composed of 144 sheets and can generate up to 33kWH. It can cover the power used in the Disaster Prevention Energy Center during the daytime.

Micro cogeneration generators

Micro-cogeneration generators
The facility is equipped with 35kW x 8 micro-cogeneration generators, which not only generate electricity within the Isehara Works, but also use the exhaust heat for air conditioning. This facility supplies power to the works in case of a disaster.

Well water filtration device

Water supply/drainage system considering BCP
In normal times, the well water filtration equipment produces drinking water. In an emergency, the system operates with an emergency power supply and feed drinking water to the Disaster Prevention Energy Center, head office building, etc. Toilet drainage in case of a disaster can be stored in the emergency drainage tank in the underground pit, and 600 people can use the toilets for 3 days.

Fujinomiya Works

NAS battery

NAS (sodium/sulfur) battery facilities are systems for storing electric power at night and utilizing the batteries for electric power during the daytime. NAS batteries are subject to the Electric Power Load Smoothing Measures Promotion Policy prescribed by the Japanese government.

Storage heater system (turbo chiller)

Electrical power in the night is used to drive a turbo chiller and store cold water in a storage tank. The cold water is then used for production during the day.
AMADA received a certificate of appreciation from the Heat Pump and Thermal Storage Technology Center of Japan for the significant contributions made to CO2 emission reductions by our large 1,000m3 scale of our thermal storage system, which includes equipment for storing cold water at night.

Ono Plant

The heat pump chiller

The Ono plant upgraded their thermoelectric equipment for air-conditioning from “heavy oil absorption-type water cooler/ heater” to a “heat pump-chiller” in April, 2011.
As a result, we were able to cut CO2 emissions by 60% in the first half of FY2011, and 31% in the second half, or a 52% reduction for entire year.

Solar power generation

The entire lighting system in No.1 Plant is powered by solar panels installed on the plant’s roof at the time of its construction. They have a power output of 100 kW and produce 100,000 kWh of electricity a year, enough for about 300 households. An electronic noticeboard inside No.1 Plant displays current generating status, the amount of power gene- rated up to now and other information to employees.

Toki Works

Various green devices at the Toki Office cover the energy used at the Technical Center.

LED Lighting

Faithful to its state-of-the-art and eco-friendly concept, Toki Works Technical Center is entirely lit by LED lighting. Great ingenuity has been applied to many aspects of the building where interior design was given high priority while dramatically reducing annual electricity consumption.
As a recognition of such achievements, AMADA Toki Works Technical Center won a prize for excellence in the Public and General Facilities category of the Ministry of the Environment's 2012 Power Saving and Lighting Design Awards.

Solar Power Generation

The solar panels on the roofs of the Technical Center and the factory generate electricity. Their output totals approximately 300 kW.

Geothermal Systems

Circulation pipes are installed in the rain water drainage pipes to apply the geothermal energy that maintains year round constant temperature for air conditioner heat exchange.

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Rainwater Usage System

Rain water that falls on the roof is collected and used to supply our pond and plant irrigation.

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Natural Ventilation System

The entrance is naturally ventilated by the chimney effect. By keeping the exhibition hall pressurized, heat is dissipated from natural ventilation windows.

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Heat Storage Tanks

Vertical heat storage tanks are used to accumulate cold and warm water at night when electricity is cheaper, which is then used to regulate temperatures in the factory during the day.

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Fukushima Plant

Module MARS production system

In conventional peripheral device production at the Fukushima Plant, in order to cope with customer needs (quick delivery, customized specifications, delivery month), the production load was at times low and at times overwhelming. This resulted in wasted materials, wasted energy, wasted man-hours, and excessive overtime.
Considering our customers’ needs, we installed the Module MARS, building a module production system to equalize the production load and to shorten lead time (reduction of man-hours, JIT).
Full-scale operation began in FY2017, but electricity was reduced by 1.9% (55,300 kWh/25.9t-CO2), and LP gas by 10.9% (14.7 t/44.5t-CO2).
Looking forward, we will further promote the reduction of CO2 emissions through this Module MARS production system.

Contact for repair/recovery of AMADA products and our corporate activities.