Solar Panel Performance Optimization - India based Freelancer

@malkesh3m

⭐ Hello there, my availability is immediate. I read your project post on Solar Panel Performance Optimization. We are experienced data & energy analysts with strong skills in: • PV performance analysis, PR/IRR/Degradation calculations, IEC 61724 metrics • Solar SCADA data processing, inverter logs, irradiance & O&M data analytics • Python (pandas, NumPy, PVLib), Excel Power Query, Power BI dashboards • Loss breakdown analysis (soiling, clipping, thermal, mismatch) • Forecasting, optimisation plans, and actionable performance roadmaps We can deliver a clear PR benchmark report, optimisation plan, and a refreshable KPI dashboard exactly as required. Please send a message so we can quickly discuss your dataset and proceed further. Thanks

@stolzenterprises

The professional with 16 years of experience in Industrial Automation. ^^Development,Commissioning of PLC Control System, HMI and SCADA^^ ◾PLC- Siemens [S7-1500F/H, S7-400, S7-400F/H/R, S7-300, S7-1200, S7-200, S5, TI PLC, LOGO!] Rockwell [(Allen Bradley)- SLC500,MicroLogix,CompactLogix.] Schneider [Zelio, M171/72] Automation Direct [DirectLogic Click PLC] Unitronic [V200-18-E3XB Controller] Delta [Delta DVP ES2] Click [C2 series] ◾HMI- Siemens ** Weintek ** Kinco ** Unitronics ** Hitachi ** Schneider ** Wecon ** DeepSeaElectronics** EZ Automation**Maple ◾SCADA - WinCC ** In-Touch Wonderware ** Citect ** Ignition ◾VFD- Siemens, Rockwell-AB, ABB, Telemechanique, SEW and Danfoss, Hitachi ◾ Industrial Networks- PPI-MPI ** Profibus ** AS-i ** Profinet ** Ethernet ** Modbus RTU/Modbus TCP ◾ OPC - PC Access ** OPC Scout ** OPCUA ** Metrikon ** Kepware ◾ Project Documentation- ISA88/95, GAMP, 21CFR Part11, VP, URS, FRS, DS, IQ, OQ, PQ, SOP. ◾ Programming Languages - C# ** VBA ** VB.net ** Javascript ** Python ◾ Arduino Uno ** RS485 ** Ethernet shield ** Data Logging ◾Raspberry pi ** Raspi Camera ? Networking Devices - Siemens ** Teltonika **NO OFFSITE COMMUNICATIONS**

@technologiesit

As a dedicated and experienced Data Analyst with a strong command of Excel, I would be the ideal candidate for your Solar Panel Performance Optimization project. I fully comprehend the importance of turning intricate data into actionable insights, and I genuinely enjoy doing just that. With your provided logs and records, paired with my expertise in PV analytics strategies and techniques, we will uncover where your energy is being lost, plus devise strategic plans for improvement. Having worked with similar data and metrics like IEC 61724 in my previous projects, I’m well-versed in transforming SCADA feeds into clear performance reports. My toolkit also includes Python and Power BI, which can help me expedite the analysis process while maintaining transparency and repeatability. Furthermore, I appreciate your preference for a collaborative approach through short check-ins and shared workspaces. That aligns perfectly with my work tendencies – aiming to constantly align our deliverables with your vision. Partnering with me, you'll receive not only reliable performances baselines but also a succinct yet comprehensive roadmap to further optimize your solar panel efficiency. And if your team needs to update the KPI dashboard without extra licenses proficient in excel or Power BI. Let's maximize energy-output together!

@monyonchoc

As a data analyst, I can approach the challenge of optimizing your solar panel performance with a keen eye for detail and a knack for turning complex data sets into actionable insights. I'm fluent in using analytical tools such as Python, Excel Power Query, Power BI, and PVsyst exports – all essential for effectively analyzing SCADA feeds and manipulating the raw generation logs, inverter outputs, irradiance data and O&M records you will be providing. Beyond my technical skills, I've cultivated a deep understanding of finance and business which uniquely qualifies me for this project. By leveraging my quantitative and statistical prowess, I can easily navigate IEC 61724 metrics to construct robust baseline performance reports, establish degradation rates, and estimate capex/opex while forecasting output gains - essentials on your deliverables' list. Additionally, my proficiency in MATLAB ensures I am well-versed in optimization algorithms which can also be applied to enhancing solar panel performance.

@mihirg63

Hi There I can help you uncover exactly where your PV sites are losing energy and translate those findings into clear, operations-ready actions. What I Will Deliver • A baseline performance report benchmarking PR, availability, degradation, and major loss components (soiling, clipping, thermal, mismatch, inverter derating, shading). • Root-cause analysis using your generation logs, inverter data, irradiance streams, and O&M history—aligned with IEC 61724 metrics. • A practical optimisation roadmap that ranks improvements by impact vs. cost, including expected kWh gains, O&M effort, and any capex considerations. • A refreshable KPI dashboard (Excel or Power BI) showing PR trends, loss breakdown, energy yield vs. expected, downtime, and inverter health signals. How I Work I use Python (pandas, NumPy, PVlib), Power BI, and Excel Power Query to build transparent, fully reproducible workflows. All calculations, assumptions, and formulas are documented so your team can maintain the model without external dependencies. Why Me I’ve previously analysed SCADA feeds, inverter telemetry, and irradiance datasets for utility-scale and commercial PV sites, delivering actionable insights for O&M and asset-management teams. Ready to start immediately and collaborate through quick check-ins and shared workspaces.

@singhashishb2

Hello, I'm a Python full-stack developer with 4+ years of experience, excited to optimize your solar portfolio through data-driven analysis. I specialize in building automated analytics pipelines for time-series energy data, making me ideal to identify performance losses and deliver actionable insights your operations team can execute immediately. I'll use Python (pandas, NumPy, Matplotlib/Plotly) to process generation logs, inverter outputs, and irradiance data, pinpointing loss mechanisms like soiling, clipping, thermal derating, and degradation. My approach combines statistical analysis with clear visualizations to show exactly where you're losing kilowatt-hours. **I'll deliver:** 1. Baseline performance report with PR calculations, degradation analysis, and availability metrics with interactive visualizations 2. Prioritized optimization roadmap with ROI calculations, capex/opex estimates, and forecasted output gains for each intervention 3. Automated KPI dashboard in Power BI or Excel with Python backend for easy refresh—no technical skills needed from your team All methodologies are documented transparently so your team can maintain the analysis independently. I work in agile sprints with weekly check-ins and thrive on quick iterations. Ready to start immediately. Can you share sample data files for a detailed timeline? Best regards

@SashaDev1

Hi there, This project is right up my alley—I’ve helped PV operators get the most out of their solar arrays by dissecting raw SCADA data and inverter logs, benchmarking real-world performance, and developing clear diagnostics to address losses from soiling, clipping, mismatch and other issues. I’m comfortable building transparent, repeatable workflows in Python, Power Query, PVsyst and more, always focusing on actionable results for the operations team. You can expect from me a detailed, visual performance report, a prioritized optimisation roadmap estimating both costs and expected gains, and an easy-to-use, licence-free KPI dashboard. I’m familiar with IEC 61724 standards and have extensive hands-on experience optimizing commercial PV portfolios. Ready to get started and collaborate closely for quick progress! Best, Oleksandr

@jonhw5

Hi there, Your focus on precision and practical improvements in PV performance resonates strongly with me. I’m excited by the prospect of translating raw site data—generation logs, inverter outputs, O&M records—into actionable insights that genuinely move the needle. With a hands-on approach to data-driven root cause analysis and optimisation, I’ll deliver clear benchmarking, spotlight energy losses (from soiling, clipping, mismatch, etc.), and map out a pragmatic roadmap for boosting generation with transparent, repeatable workflows you can count on. Your ops team will receive not just a baseline performance report, but also intuitive visual dashboards and step-by-step, cost-prioritised recommendations ready for action—ensuring everything is easy to refresh without ongoing licence headaches. I can work flexibly with Python, Excel Power Query, Power BI, or whatever stack fits your environment best, and am well versed in the IEC 61724 standard and SCADA/irrigance data wrangling. Let’s turn those raw numbers into real progress for your sites—looking forward to collaborating! Best regards, Vitalii

@tgta6

hard skills" (job-specific abilities like coding or data analysis) and "soft skills" (interpersonal traits like communication, teamwork, and problem-solving). For a resume or interview, you can use action words like "achieved," "managed," or "developed" to describe your experience, along with positive adjectives like "dedicated," "organized," and "creative".

@bsvpn

Hi, how are you doing? I’ve built practical, data-driven sizing and performance improvement workflows for solar sites using Python, SQL/Power Query, Excel dashboards, and Power BI, turning raw logs and irradiance data into clear loss drivers like soiling, mismatch, and thermal effects, with transparent, repeatable steps. I’ll deliver a baseline performance report with PR and availability, an actionable upgrade roadmap with rough capex/opex estimates, and a lightweight dashboard you can refresh easily, plus optional IEC 61724 or SCADA-friendly checks if you have them. Open to quick iterations and shared workspaces to align on priorities.

@suriyaarun

Applying engineering expertise and data analysis skills to uncover PV system losses, improve performance ratios, and deliver practical actions to boost energy yield

@shuvadeep003

Hi there, We are an experienced team of analysts and engineers specializing in energy systems, PV arrays, and process optimisation. We can help you extract actionable insights from your raw generation logs, inverter outputs, irradiance data, and O&M records to maximise kilowatt-hour output across your sites. Our Approach: Data processing & cleaning in Python, Excel Power Query, or Power BI. Performance benchmarking: Calculate PR, availability, degradation rates, and identify losses (soiling, clipping, mismatch, thermal). Actionable roadmap: Prioritise improvements, estimate CAPEX/OPEX, and forecast energy gains. KPI dashboard: Deliver a lightweight, refreshable Excel or Power BI dashboard for ongoing monitoring. Transparent methodology so your operations team can understand and act on insights immediately. We’ve previously worked with IEC 61724 metrics, SCADA feeds, and PV performance analytics, helping clients optimise multiple MW-scale solar sites. Let’s connect so we can review your datasets and begin a detailed analysis plan. Best regards, Shuvadeep

@mds0271

I’m a data analyst experienced in energy performance assessment and solar PV diagnostics. I can take your raw generation logs, inverter data, irradiance records, and O&M history and convert them into a clear, transparent performance analysis that highlights exactly where the losses occur—soiling, clipping, mismatch, thermal issues, and availability drops. I’ll deliver a baseline performance report (PR, degradation rate, availability), an actionable optimisation roadmap with prioritised fixes and expected output gains, and a refreshable KPI dashboard in Excel or Power BI. My workflow is repeatable, clean, and fully traceable using Python, Power Query, or BI tools—whichever suits your environment best. I’m ready to start immediately and collaborate through quick check-ins to keep progress aligned.

@digiconn

As an experienced digital marketing analyst and Python expert, I believe I can bring tremendous value to your Solar Panel Performance Optimization project. I am adept at transforming raw data sets into insightful reports that drive actionable outcomes. Given my background in developing performance-oriented websites and apps, I have keen attention to detail when it comes to processes, and I'm confident in my ability to identify and rectify energy losses within solar panels using your provided raw generation logs, inverter outputs, irradiance data, and O&M records. I understand the complexity of your project's analysis needs like the back of my hand. I am well-versed with tools like Excel Power Query, Power BI, PVsyst exports which make for transparent and repeatable methods that align perfectly with your requirements. Moreover, my experience with SCADA feeds for performance evaluations brings tremendous added value. In the end, what separates me from other candidates is not only my technical skills but also my tailored approach to each project. From creating a baseline performance report that benchmarks current performance ratios (PR), degradation rates, and availability to developing an actionable optimization roadmap complete with capex/opex estimates and output gain forecasts, I'll provide you with insightful metrics that your operations team can act upon. Thanks Digiconn

@biswaranjanm6

I can help you unlock more kilowatt-hours from your existing PV sites by turning raw SCADA, inverter, irradiance and O&M data into actionable performance insights. With hands-on experience in IEC 61724 metrics, PVsyst exports, Power BI, Python and Power Query, I’ll benchmark PR, degradation and availability, then diagnose losses from soiling, clipping, mismatch and thermal effects with transparent, repeatable methods. You’ll receive a clear optimisation roadmap with capex/opex estimates, forecasted gains, and a refreshable KPI dashboard your team can use without extra licences. I can start immediately and iterate quickly through focused check-ins.

@hiteshh04

Hello there, I am Hitesh. I have worked on several analytical projects that align perfectly with this scope. Your project requires expertise in PV performance analysis using Python and Power BI, and I am proficient in these stacks. While I am new to this platform, I promise a professional experience. I specialize in translating raw irradiance and inverter data into actionable strategies to maximize your energy yield. I am ready to build your optimization roadmap and KPI dashboard today.

@Shonali1406

With 10 years of experience in solar performance analytics, IEC 61724 metrics, and SCADA-driven diagnostics, I can turn your raw PV data streams into clear, actionable insights. I specialise in identifying soiling, clipping, mismatch, thermal losses and inverter underperformance using Python, Power BI and Excel-based workflows that remain transparent and fully repeatable. Scope of Work • Analyse logs, inverter outputs & irradiance data • Benchmark PR, degradation & availability • Quantify loss factors and root causes Deliverables • Baseline performance report • Prioritised optimisation roadmap with impact estimates • Refreshable KPI dashboard Ready to begin immediately.

@uttamsharma78

Thank you for the opportunity. With 5 years of experience in data science, optimisation modelling, and engineering analytics across automotive R&D, industrial decarbonisation, and large environmental datasets, I can help identify performance losses in your PV sites and turn raw logs, SCADA feeds, irradiance data, and O&M records into clear operational insights. I analyse soiling, clipping, thermal derating, mismatch, degradation, inverter variance, and downtime using transparent, repeatable workflows in Python, Excel Power Query, Power BI, and PVsyst exports. Deliverables • Baseline performance report with PR (IEC 61724), degradation trends, availability, and key visualisations. • Optimisation roadmap with prioritised fixes, capex/opex estimates, and forecasted kWh gains. • Lightweight, refreshable KPI dashboard (Excel/Power BI). Why Me I’ve built 20+ ML models, 40+ dashboards, and engineered patented optimisation algorithms. Awarded at Solar Ireland Hackathon 2025 and author of 15+ technical papers, I combine strong analytical skills with engineering intuition and clear communication. Ready to start immediately and iterate quickly.

@aiiadukrainska

I can analyse your solar performance data—generation logs, inverter outputs, irradiance—identify losses and translate them into an actionable optimisation plan. I build clean dashboards in Excel or Power BI and make the workflow transparent and repeatable. Benchmark report and first insights within 2–3 days.