Behind the scenes of innovation
Tested for uncompromised charging
Research and development
Hydrogen technologies
Electromobility laboratories center
IT charging systems
certification center
Power electronics in charging stations
Behind the scenes: How do we test our charging stations?
Have you ever wondered what happens before an EV charger reaches production? The journey takes years of research, development, and testing from concept to installation. At Ekoenergetyka, we put our prototypes through rigorous laboratory testing from climate testing through EMC testing to noise tests to ensure the highest quality, reliability, and compliance.
Learn moreExtreme conditions?
No problem!
Before going into production, every charger is tested
in climate chambers to simulate real-world conditions.
Temperature range:
-35°C
to
+55°C
Humidity resistance:
Up to
95% RH
Long-term durability test:
Heatdump test for
24 days
to replicate years of use
Our bestseller all-in-one Axon Easy is reliable in all weather conditions - from -35°C to +55°C. This makes it considered one of the best in its class, meeting the requirements of even the most demanding customers and locations.
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Zero interference?
EMC testing confirmed
Our EMC chamber—one of Europe's most advanced,
ensures that our chargers operate without disrupting
other electronic systems.
Emission &
immunity testing
Ensuring stability in
high-electromagnetic
environments
High-power
testing
Up to 800 A, preventing
interference with
vehicle electronics
Compliance with
global EMC
regulations
This means Ekoenergetyka chargers integrate smoothly into urban and industrial infrastructures without causing signal disruptions.
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Noise pollution?
Not with our chargers!
Charging stations are often placed in residential areas, shopping centers, and public hubs—so noise levels matter.
Our state-of-the-art acoustic chamber allows us to precisely measure and reduce operational noise.
Axon Easy – Noise level below 60 dBA
Axon Side DLBS – Noise level below 65 dBA (at 1m distance)
At Ekoenergetyka,
perfection is engineered
By conducting these advanced tests (and more),
we ensure that every charger we produce is:
Hydrogen Technologies – Expanding the Possibilities of E-Mobility
While our core expertise lies in EV charging infrastructure, we are also exploring hydrogen’s role in complementing zero-emission transport.
Ekoenergetyka focuses on developing charging solutions for electric vehicles, but we also recognize the potential role of hydrogen in specific transport segments. As part of our R&D efforts, we established the Hydrogen Technology Research and Development Center for Transportation, dedicated to analyzing, testing, and developing hydrogen-based solutions. Our goal is to better understand this technology and its possible applications to support the advancement of sustainable mobility in Europe.
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Power Electronics in Charging Stations – Innovations on a Global Scale
We develop cutting-edge power electronics solutions that set new standards in EV charging infrastructure.
Through our R&D initiatives, we design proprietary power electronics technologies tailored to the evolving needs of the e-mobility market. One of our key achievements is the development of an HPCVC (High Power Commercial Vehicle Charging) station with an output voltage of 1500 VDC and a charging current of up to 500 A. From the initial design phase, we focused on numerical modeling, energy properties, thermodynamics, electromagnetic compatibility (EMC), and noise emission analysis.
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IT charging systems testing center
We develop and certify technologies that meet the highest international standards.
Ekoenergetyka operates its own IT Charging System Certification Center, where we implement R&D results to optimize the technological development process. By introducing smaller, in-process control stages, we continuously verify whether our charging stations comply with ISO 15118 and IEC 61851 standards. This approach allows us to make real-time adjustments to the charging station design, particularly in critical telecommunication infrastructure areas, ensuring full compliance with international standards and the highest quality of charging technology.
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