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Geothermal Facility Case Study: Dongdo Seon Temple (Wonju City, Gangwon Province, South Korea)

Geothermal Facility Case Study: Dongdo Seon Temple (Wonju City, Gangwon Province, South Korea)

Six heat pumps installed considering the drop in temperature during winter! Introduced in the worship area and break room.

The newly constructed temple in Wonju City, Gangwon Province, is located at a latitude similar to that of Niigata Prefecture and is in a region with harsh cold. Primarily, the worship area and rest room have been introduced as part of the "Geo Power System," and considering the low temperatures in winter, six heat pumps have been installed. Due to delays in operation compared to the initial plan, it was not possible to demonstrate the effects during extreme heat and cold periods, but it is expected to perform as designed in the future. 【Case Overview】 ■ Completion: July 2021 ■ Type: Outdoor Air Processing System (No Thermal Storage) ■ GEO Pipes: 12 (Φ380) + Heat Pump (Toshiba) 6 sets *For more details, please refer to the related links or feel free to contact us. Published in the newsletter "Wind of the Earth," Issue 382.

  • Ventilation system
  • Air conditioning equipment
  • Geothermal heat utilization heat pump unit

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Geothermal Air Conditioning Installation Method "NW System"

Geothermal Air Conditioning Installation Method "NW System"

Achieved significant cost reductions! Technology recognized by the Niigata Prefecture Construction Industry Association.

The "NW System" utilizes existing snow-melting pipe wells to extract geothermal heat, which is then used as a heat source for building air conditioning and snow melting, allowing for the use of geothermal energy at a low cost. Recently, the utilization of geothermal energy has been linked to CO2 reduction, and the government is also focusing on it as a national policy, providing subsidy programs. However, the enormous initial investment costs have been a barrier. However, by using this system, the most expensive cost associated with geothermal heat extraction, which is the drilling of geothermal wells, can be reduced. Additionally, compared to conventional electric air conditioning, electricity costs can be saved by 60% for cooling, 30% for heating, and 40% on an annual basis. 【Features】 ■ Reduced well drilling costs ■ Significantly lower electricity costs than usual ■ The U-pipe heat exchanger for geothermal heat extraction incurs no maintenance costs for a semi-permanent period ■ Less noise than oil boilers, leading to significant CO2 reduction ■ Short construction period, varying based on piping distance and site conditions, but approximately one week, etc. *For more details, please download the PDF or feel free to contact us.

  • Special Construction Method
  • Civil Engineering Method
  • Geothermal heat utilization heat pump unit

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