Planning and optimising solar panels
Főoldal / Planning and optimising solar panels
From Site Survey to Optimized Design
From on‑site survey to optimized design, battery modeling, and monitoring — we engineer PV systems for long‑term yield, reliability, and strong financial outcomes.
Following the on‑site evaluation, we calculate the expected performance of your planned system using industry‑leading design software and globally accepted models. Where relevant, we include battery storage in the plan to increase self‑consumption, shift energy to evenings, and stabilize monthly costs.Our analysis turns a complex solar‑plus‑storage system into clear insights before construction begins, helping you make cost‑effective, reliable, and fact‑based decisions with confidence.
Engineering Design & Layout
We create a visual layout using images captured during the site evaluation, so you can see your PV system at true scale on your roof or industrial site. When storage is included, we also plan battery location, clearance, ventilation, and protection, ensuring safe integration with your electrical system.
Precise engineering design defines the optimal panel count and placement, stringing, inverter configuration, and (if applicable) battery sizing and interconnection — all to deliver high yield, safety, and a clean installation.
Precise engineering design defines the optimal panel count and placement, stringing, inverter configuration, and (if applicable) battery sizing and interconnection — all to deliver high yield, safety, and a clean installation.
Custom Performance & Storage Modeling
By analyzing your consumption profile and simulating the designed PV system, we calculate your ideal annual production and expected self‑consumption. Where appropriate, we model battery storage to shift daytime generation to evening loads, improve self‑consumption ratio, reduce peak‑time grid use, and strengthen the effective ROI.
This return and performance analysis is part of our turnkey delivery — and can also be provided as a stand‑alone service.
This return and performance analysis is part of our turnkey delivery — and can also be provided as a stand‑alone service.
We size storage to your load profile — not the other way around — so batteries work for your tariff and usage, maximizing value, not just capacity.
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Performance Monitoring
Quality engineering pays off for decades. Well‑designed PV and storage systems deliver higher lifetime yield and lower cost per kWh.
We provide continuous online monitoring with alerting. For solar‑plus‑storage systems we track PV output, battery state of charge (SoC), charge/discharge cycles, round‑trip efficiency, and self‑consumption — enabling early detection of irregularities, protecting your output and your return year after year.
We provide continuous online monitoring with alerting. For solar‑plus‑storage systems we track PV output, battery state of charge (SoC), charge/discharge cycles, round‑trip efficiency, and self‑consumption — enabling early detection of irregularities, protecting your output and your return year after year.
Performance Testing & Verification
Our state‑of‑the‑art instruments allow us to measure the efficiency of household and utility‑scale systems — for testing, maintenance, or independent review. For solar‑plus‑storage, we also evaluate battery utilization, SoC windows, cycle profiles, and charge/discharge strategy to ensure the system is delivering the expected value.
We provide reports comparing ideal vs. actual yield (and, where applicable, modeled vs. actual storage performance) from installation onward, with formats that comply with European standards — giving you a clear, objective view of system health.
We provide reports comparing ideal vs. actual yield (and, where applicable, modeled vs. actual storage performance) from installation onward, with formats that comply with European standards — giving you a clear, objective view of system health.
