やすだ しょうへい
Shohei Yasuda
多様な暖房環境を模擬可能な温熱快適性試験室の開発 その5 実住宅・仮想住宅における人体放熱量の評価手法の構築
Development of a comfort test room that can simulate various thermal environments during heating Part5 Development of a method for evaluating the heat release from human in real and virtual housing
昼間沸き上げ型ヒートポンプ給湯機と蓄電池を考慮した小地域レベルのネット電力需要推定手法の考案
Development of a Detailed Regional-Level Net Power Demand Estimation Method Considering Daytime Heat Pump Water Heater and Battery Storage
換気量の増加がエアコン冷暖房運転時の室内温熱環境とエアコンの消費電力に与える影響の評価
Evaluation of the Effect of Increased Ventilation Volume on Indoor Thermal Environment and Air Conditioning Power Consumption during Heating and Cooling Operations
エネルギーの途絶・供給制約に対する事業所のレジリエンスの調査ー全国の事業所を対象としたアンケート調査結果ー
Resilience of business sectors against disruptions and constraints of energy supply -A nationwide questionnaire survey in Japan-
多様な暖房環境を模擬可能な温熱快適性試験室の開発 その4 被験者実験プロトコルの構築と実験による課題抽出
Development of a comfort test room that can simulate various thermal environments during heating Part 4 Construction of subject experimentation protocols and identification of issues through subject experimentation
PV・EV大量導入時の小地域レベルでのネット電力需要の想定手法の考案
Methodology for Assuming Net Electricity Demand at the Detailed Regional Level At the Time of Mass PV/EV Introduction
住宅のレジリエンス向上に資する技術の開発 ―電力ひっ迫時等にエアコンを利用可能にする外部制御装置の試作―
Development of Technologies for Improving Resilience of Residential Buildings - Prototype of an External Control Device to Make Air Conditioners Available During Power Shortage -
建物内の多様な温熱環境を模擬可能な快適性試験室の開発 その3 エアコン暖房環境の再現手法と妥当性の検証
Development of a comfort test room that can simulate various thermal environments in a building Part3: Reproduction method of air conditioning heating environment and validation of the method
人感センサを備えたエアコンの空気流制御機能が室内温熱環境へ及ぼす影響の把握
The Influence of Airflow Control Function of Air Conditioners with Human Sensor on Indoor Thermal Environment