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Maximum output,
minimum hassle

Aerial drone inspections of photovoltaic power plants (PV plants), including thermal imaging checks, to ensure maximum solar performance.

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FVEnaMAX

Enter a new era in solar inspection

We offer comprehensive services for monitoring and optimizing photovoltaic power plants (PV plants), including drone inspections of solar panels, thermal imaging checks with thermal cameras, and AI-driven evaluation to detect faults. Leveraging our expertise, state-of-the-art industrial drones, and advanced AI systems, we provide unparalleled services in the market today.

FVEnaMAX

What you gain

Our FVE na MAX (PV to the MAX) service helps ensure reliable solar panel operation, reduce the risk of breakdowns, and maximize the profitability of your photovoltaic power plants.

FVEnaMAX

Interactive
online report

We provide you with an interactive online report - a modern solution that is much more convenient and intuitive than a boring PDF report. Plus, with many times more accurate results.

This report will give you a detailed and in-depth insight into the state of PV panels. It includes a classification of problems with an indication of priority for repair planning and recommendations for output improvement. Each of the detected anomalies is entered into a supporting map provided by you for clear orientation and precise location of the faults. The report also includes an estimate of the loss of profits.


How we collect & evaluate data

Our professional drones, equipped with advanced sensors and thermal cameras, are key tools for inspecting solar panels. They can capture detailed images of hard-to-reach areas from various angles and record both visible and thermal data. Thermal sensors allow us to detect even minor deviations that may indicate potential faults, ensuring reliable operation of your systems.


Artificial intelligence

Once the data is collected, we proceed with analysis using advanced generative AI and sophisticated algorithms. These technologies enable us to detect, classify, and pinpoint anomalies such as damaged or underperforming panels. This approach ensures precise diagnostics as well as actionable recommendations for performance optimization.


Before After

7,97×

Why choose
FVE na MAX

We are able to detect several times more defects than current market practices allow and provide a realistic estimate of losses.

“Our implemented projects show that we detect 7.97 times more defects than any previous method. We can find anomalies that reduce PV output by an average of 2.69%, which can mean a loss of up to CZK 400,000 per year for an older power plant with an installed capacity of 1 MWp.”

Example of savings

FVEnaMAX

New instalment

1.5 MWdc
7 200 panels
annual power loss
39 400 kWh
~ 552 000 Kč

FVEnaMAX

In the field

0.95 MWdc
3600 panels
annual power loss
27 200 kWh
~ 408 700 Kč

FVEnaMAX

Industrial building

0.07 MWdc
163 panels
annual power loss
9 200 kWh
~ 65 600 Kč

Kalkulačka úspor FVE



Výsledky:

Cena za analýzu: 0 Kč
Odhadovaná roční finanční ztráta: 0 Kč

Kolik můžu ušetřit?

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6 things we are better
at than our competitors

Innovation

We use state-of-the-art drones and advanced AI systems for the most modern PV plants inspections.

FVEnaMAX

Revolutionary Accuracy

Our thermal imaging and aerial photography deliver unmatched precision.

FVEnaMAX

Efficiency

We conduct inspections quickly and effectively, even on large solar farms.

FVEnaMAX

Reliability

By analyzing thousands of images, we can precisely identify even minor faults.

FVEnaMAX

Safety

Using drones eliminates risks associated with human movement in hazardous areas.

FVEnaMAX

Speed

Data collection takes only minutes, with evaluations completed within days.

FVEnaMAX
FVEnaMAX

For whom our service is intended

Owner of a large photovoltaic power plant

Our services are ideal for solar plant owners who want to ensure their systems operate smoothly and deliver maximum performance.

Why? Identification of the risk of fire or electric shock Estimation of output losses (typically 3-8%) for the purpose of output optimization Financial savings after elimination of the discovered defects Efficient planning of servicing activities and thus reduced maintenance costs Preventing future problems Inspecting panels on roofs is very difficult and dangerous without the use of a drone

Companies servicing PV power plants

Detection of all faults and anomalies on photovoltaic panels and their classification according to their type, severity, hazard and impact on the overall output of the power plant

Why? Saving the time and cost of traditional inspections carried out by ground rounds on foot Facilitating the preparation for, planning and logistics of the required service and maintenance activities Reducing the risk of injuries - e.g., due to falls during PV power plant inspections on rooftops

Owner of newly installed large PV power plant

Identification of any faults and anomalies in the photovoltaic panels, including an estimate of their impact on the overall power plant output

Why? Ensuring that the newly installed PV power plant is functioning properly or detecting faulty panels Supporting documentation for a potential complaint - for negotiation of remedy by the implementation company Savings - negligible cost of the inspection in relation to the acquisition cost of building the PV power plant and possible financial losses in case of sub-optimal output

Company that builds PV power plants

Identification of any faults and anomalies in the photovoltaic panels, including an estimate of their impact on the overall power plant output

Why? Checking the output of a new photovoltaic power plant - reducing the risk of repeated visits (carrying out repairs shortly after installation) and thus costs

Insurance companies

Detection of any faults and anomalies on photovoltaic panels + reduction of the risk of fire and electric shock

Why? Inspection of insured photovoltaic power plants - minimizing the risk of an insured event (claim) and thus saving money on indemnification payments. Possible leverage on insured parties - incentive for carrying out regular inspections (positive - reduced premiums, negative - increased deductibles)

Government

Ensuring panel inspections in large newly installed photovoltaic power plants for which the state provided subsidies

When Is the Optimal
Time for an Inspection?

After installation

PV plants inspections should be part of the handover process for new installations to identify potential panel damage or wiring errors.

End of summer

The ideal time to inspect solar panels and plan repairs to ensure maximum performance for the next season.

Every spring

Preventive thermal inspections after winter reveal damage caused by snow, ice, or frost and verify the state of autumn repairs.

After storms and hail

Drone inspections of solar panels after extreme weather can identify damage and help prevent major losses.

FVEnaMAX

Who we are

Ondřej Staněk

Managing Director

Ondřej is one of the founders of the company and works there as a Managing Director. He has over 15 years of experience in corporate business and is a lifelong fan of modern technology.

FVEnaMAX

Vednula Marek Fröhlichová

Operations Manager

Vendula is an Operations Manager with over 10 years of experience in planning, logistics, and office management. She is passionate about modern technologies and finding innovative solutions to streamline company operations.

FVEnaMAX

Lukáš Bednařík

Aviation specialist

FVEnaMAX

Olga Lesňáková

Sales Representative

FVEnaMAX

Marek Macík

Sales Representative

FVEnaMAX

“We firmly believe that technology is changing the world for the better. We consider ourselves visionaries who not only follow the latest trends, but also actively shape them. Together with you, our clients.”

FVEnaMAX

Reference

FVE Lipová

Spolupráce se společností DroneTech je naprosto bezproblémová. Jejich cloudové řešení pro analýzu vad na FVE modulech funguje skvěle – výsledky jsou rychlé, přesné a přehledně zpracované. Díky tomu můžeme efektivně vyhodnocovat naše termografické snímky a šetřit čas i náklady. Doporučujeme!

Firma: DRONE VISION, s.r.o.

Instalovaný výkon:
2,241 MWp

Počet panelů:
9 792

Nalezeno závad:
791

Roční ztráta výkonu:
133 668 kWh

Roční finanční ztráta:
1 871 359 Kč

FVE Mystěves

Spolupráce s firmou DroneTech byla bezproblémová. Zákazník před vlastním provedením termovizní zkoušky dodá elektronicky podklady, které slouží k naplánování trasy létajícího stroje. Po dohodě termínu, vlastní realizace proběhla ve velmi krátkém čase. Samotné vyhodnocení snímků k velikosti elektrárny taktéž vyhovovalo. Rozlišení termovizních snímků je dostatečné a dají se na nich bez problému najít jednotlivé vadné články. Shrnutí: Termovizní zkouška za pomoci dronu je velmi časově nenáročná. Pomocí této metody lze objevit nepřeberné množství typů závad na fotovoltaických panelech. Nevýhoda u této metody měření je, že není možné prověřit jednotlivé konektory či vnitřní vybavení rozvaděčů. Myslím si však, že i s tímto nedostatkem si pánové bez problémů dokáží poradit.

Firma: Apros Group, s.r.o.

Instalovaný výkon:
1,5 MWp

Počet panelů:
8712

Nalezeno závad:
295

Roční ztráta výkonu:
39 427 kWh

Roční finanční ztráta:
551 986 Kč

FVE Lukov

Měli jsme úplně novou instalaci fotovoltaiky na střeše a díky kontrole a rychlé reakci firmy Dronetech jsme našli i na nových panelech pár závad. Naštěstí jsme vše stihli vyřešit s dodavatelem a vše bylo uvedeno do 100 % stavu. Určitě doporučuji každému, kdo má novou fotovoltaiku. Skvělá práce, díky!

Firma: Sporea s.r.o.

Instalovaný výkon:
70 kWp

Počet panelů:
163

Nalezeno závad:
5

Roční ztráta výkonu:
9 245 kWh

Roční finanční ztráta:
65 547 Kč

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