PV Designer

* Rooftop solar System Design and Layout: Creating detailed electrical and structural designs for solar projects using computer-aided design (CAD) software like AutoCAD. This includes determining the optimal placement, orientation, and tilt of solar panels on roofs or ground mounts to maximise energy production. * Performance Analysis: Using specialized software ( PVsyst) to model and simulate a system's expected energy output. This involves analyzing factors such as shading, weather data, and the electrical characteristics of the components. * Component Selection: Sizing and selecting the appropriate equipment, including solar panels, inverters, batteries, and mounting hardware, to meet the project's energy requirements and budget. * Permitting and Compliance: Developing permit-ready plan sets and ensuring that all designs adhere to national, state, and local codes and regulations, such as the National Electric Code (NEC). * Technical Support: Collaborating with sales teams, project managers, and installation crews to provide technical guidance and support throughout the project lifecycle, from initial concept to installation. Required Skills and Qualifications To succeed in this role, a candidate typically needs a strong combination of technical expertise and soft skills: * Education: A degree in electrical engineering, renewable energy, or a related technical field is often preferred, but extensive experience as a solar installer or in a similar role can also be a pathway. * Technical Skills: * Proficiency in CAD Software: Must be highly proficient in AutoCAD and other design and simulation tools. * Understanding of Electrical Principles: A solid grasp of electrical engineering concepts, including single-line diagrams, voltage, and current calculations. * Knowledge of Codes: Familiarity with industry standards and regulations, particularly the NEC. * Soft Skills: * Attention to Detail: Meticulousness is crucial for creating accurate and code-compliant designs. * Problem-Solving: The ability to identify and resolve design challenges related to site conditions, client needs, and technical constraints. * Communication: Excellent verbal and written communication skills to effectively collaborate with various teams and stakeholders. Typical Work Environment PV designers generally work in an office setting, spending most of their time using design and analysis software. However, they may occasionally need to perform site assessments or work closely with field teams to address on-site issues.