에너지 효율 평가 전문가

근무 일정

Energy Efficiency Specialists work full-time, occasionally requiring overtime during project deadlines. Travel in the local area may be necessary for site evaluations and consultations.

일반적인 의무

• 다양한 조건과 설정에서 에너지 사용량 평가 및 최적화
• Perform energy audits. Use findings to suggest upgrades and retrofits

1. Calculate estimated energy savings if upgrading equipment and systems

• 가스 연소 용광로 및 보일러의 배출량 및 성능 분석
• 온도 테스트 및 규정 준수 수행
• Used software to create detailed construction drawing sets
• Work with peers and modeling/simulation programs to design solutions
• 관련 표준 준수를 위한 성능 모델 구축
• 시스템 프로토타입 제출 및 실험 지원
• Ensure designs and product installations comply with efficiency 
  standards
• Conduct safety evaluations of systems integrated with existing infrastructure
• 개발 활동 중에 작업이 일정에 맞춰 완료될 수 있도록 지원합니다.
• 프로젝트 실행을 위해 엔지니어, 건축가 및 기타 전문가와 협업하기
• Automate equipment fault detection and energy analysis, when feasible
• Write energy savings reports. Compare projected savings against actuals

추가 책임

• Research best practices and technological advancements
• Benchmark cost and consumption for organizations
• Review subcontracted assessments and retro-commissioning projects to ensure quality
• Keep up on energy regulation changes
• Participate in local sustainability initiatives and seek partnerships
• Promote interest and investment in sustainable technologies 

소프트 스킬

• 분석
• 세부 사항에주의
• 비즈니스 통찰력
• 합작
• 비판적 사고
• 연역적 및 귀납적 추론
• 디테일 지향
• 독립의
• 모니터링
• 동기 부여
• 목표
• 조직
• 환자
• 통찰력
• 문제 해결
• 독
• 안전 지향
• 강력한 의사 소통 기술

기술 능력

• Proficiency in energy modeling and analysis tools such as EnergyPlus, RETScreen, or HOMER
• Knowledge of energy systems, efficiency techniques, and renewable technologies
• Experience with CAD and Building Information Modeling tools like Autodesk AutoCAD, SolidWorks, and Revit
• Familiarity with Geographic Information Systems
• Skills in data analysis, statistical tools, and programming languages such as C++, Python
• Proficiency in simulation and modeling software like ANSYS, MATLAB, or Simulink
• Understanding of energy policy, environmental regulations, and operations analysis
• Knowledge of fabrication and manufacturing processes
• Experience with project management software like Microsoft Project or Primavera
• Familiarity with development environment tools like LabVIEW and Verilog, and scientific software such as Powersim and MathWorks
• Strong foundation in STEM disciplines and mechanical aptitude
• Proficiency in operating system software, including Linux, Windows, and UNIX

• 건설 및 건축 서비스
• 엔지니어링 컨설팅
• Environmental agencies and consulting firms
• 정부 기관
• 제조 및 산업 기업
• Public utilities companies
• 재생 에너지 기업
• 대학을 포함한 연구 기관

Energy Efficiency Specialists must constantly update their skills to keep pace with evolving technology and regulations, often working under tight deadlines. This commitment to lifelong learning is crucial but can mean extended work hours, especially when working on large-scale projects or urgent energy crises.

Work might take them to remote locations for extended periods, impacting their personal lives. They can sometimes encounter industry resistance or public skepticism, requiring them to be effective communicators. Energy Efficiency Specialists, after all, must be strong advocates for sustainable energy practices and policies!

The energy sector is evolving thanks to smart technology such as smart grids. Enhanced by the Internet of Things, smart grids are revolutionizing electricity distribution by adjusting to changing energy demands and supplies. Artificial intelligence is helping manage energy use by predicting future usage and optimizing the use of renewable energy.

This is crucial as renewable sources like solar and wind come into play more. Renewable energy offers environmental benefits and is helping communities meet energy needs while reducing dependency on traditional sources. Meanwhile, improvements in energy storage are making renewable energy sources more reliable, even during weather variations. 

Energy Efficiency Specialists were probably intrigued by STEM subjects in their younger years. They may have been drawn to mechanical or electrical projects. At the same time they were learning how things worked, they could have become more aware of environmental issues and the need to develop our sustainable energy resources!