赫利俄斯加油站美國洛杉磯

設計負責人：Office dA / Nader Tehrani，Monica Ponce de Leon

項目建筑師：Dan Gallagher

項目經理：Arthur Chang

設計團隊：Christian Ervin, Lisa Huang,Ji-Young Park, Brandon Clifford, Cathlyn Newell

Office dA, Design Architect

Principals: Nader Tehrani, Monica Ponce de Leon

Project Architect: Dan Gallagher, AIA

Project Manager: Arthur Chang, RA

Project team: Christian Ervin, Lisa Huang, Ji-Young Park, Brandon Clifford, Cathlyn Newell

Johnston Marklee, Architect of Record

Principals: Sharon Johnston AIA, Mark Lee

Project Architect: Anne Rosenberg

Project team: Robert Garlipp, Lorena Yamamoto

赫利俄斯加油站的設計包含了創建綠色加油站的悖論。作為一個“學習實驗室”，該加油站的設計旨在鼓勵對話，促進教育，并培育關于環境管理問題的討論。赫利俄斯加油站的供水、供熱、能源、照明和材料等這些系統的建造均需最大限度地提高可持續性和能源效率。該加油站重新發現了極具設計潛力的結構，這種結構在二十世紀的大部分時間一直主導美國景觀角落地段的建設。頂篷的設計是該工程最具代表性的特點。以結構開間為起點，包覆系統將柱基、軸、主體與頂篷融為一體。在參數方面，該表面工程納入各種建筑和技術特點，包括支付亭、結構、鰭板（作為標志）及頂篷。為了符合可持續性目標，對制造和設計系統進行了優化，以節省勞動力成本，減少整個項目的材料浪費。由設計/建筑制造者開發，頂篷將1653塊不銹鋼面板集成到一個預制裝配系統中。頂篷由52個可移動部件組成，這些部件在四周內現場搭建完成。后臺建筑和屏風墻采用模塊化方式建造，然后在現場組裝。

The design of Helios House embraces the paradox of creating a green gas station. Conceived as a “learning lab,” Helios House was designed to stimulate dialog, promote education, and foster discussion on the topic of environmental stewardship. The water, heat, energy, lighting, and material systems of Helios House were all built to maximize sustainability and energy efficiencies. Helios House rediscovers the design potential of a structure that has dominated corner lots in the American landscape for much of the 20th century. The design of the canopy is the most emblematic feature of the project. Using a structural bay as a starting point, the cladding system unifies the relationship between column base, shaft, and capital with the canopy. The surface works parametrically to incorporate various architectural and technical features including the pay kiosk, the structure, the fin panels (as signs), and the canopy. In keeping with the goal of sustainability, the fabrication and design systems were optimized to conserve labor costs and reduce material waste throughout the project. Developed with a design/build fabricator, the canopy incorporates 1,653 stainless steel panels into a prefabricated assembly system. Fastened together off-site, the canopy is comprised of 52 transportable components,which were erected on-site in four weeks. The back building and screen-wall were constructed in modular fashion, then assembled on-site.