12-23 July 2021
Online
Europe/Berlin timezone

Solar Power Supply and Environmental Control System for DIMS Experiment

16 Jul 2021, 18:00
1h 30m
TBA

TBA

Poster DM | Dark Matter Discussion

Speaker

Daiki Shinto (Osaka Electro-Communication University)

Description

The DIMS (Dark matter and Interstellar Meteoroid Study) experiment is designed to study macroscopic dark matters such as nuclearites/strange quark matters (SQM) and interstellar meteoroids. The DIMS experiment system is under construction at the Telescope Array (TA) cosmic-ray experiment site in Utah, USA. The system consists of 4 high-sensitivity CMOS camera stations which will be installed at 3 sites, CLF (Central Laser Facility) and BRM(Black Rock Mesa fluorescence telescope site) of the TA experiment and Hinckley town in the Utah desert each about 20 km apart.
Since electric power is not supplied to the CLF site by the power company, a solar power system is required. Therefore, we have developed a new solar power supply system and conducted observation tests in Japan.
As we are going to operate the camera system every night for an extended period of time, we need to control environmental parameters such as temperature, humidity inside the camera stations as well as monitoring conditions inside and outside the container. We, therefore, developed an environmental control system for the camera station.
In this paper, we will present details of the development and test results of the solar power supply system to be installed in CLF and the environmental monitoring and control system of the camera stations.

Keywords

macroscopic dark matter; nuclearite; strange quark matter; SQM; meteor; meteoroid; interstellar meteoroid; solar power supply; environmental monitor;

Subcategory Experimental Methods & Instrumentation
other Collaboration DIMS

Primary authors

Daiki Shinto (Osaka Electro-Communication University) Kaoru Nadamoto (Department of Physics – Konan University, Japan) Yugo Iwami (Department of Engineering and Science – Osaka Electro-Communication University (OECU), Japan) Fumiyoshi Kajino (Konan University) Yuichiro Tameda (Osaka Electro-Communication University) for the DIMS collaboration

Presentation Materials

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