INVESTMENT DETAILS

What kind of investment is Hybern Energy implementing?

Hybern Energy will assemble energy storage modules using prefabricated cells imported from abroad, with an annual production capacity of approximately 700,000 units. The manufacturing process is based on lithium iron phosphate (LiFePO₄) technology, which is one of the safest lithium-ion-based solutions currently available. This electrochemical composition ensures an excellent level of safety both during assembly and for end users.

When is the assembly expected to begin?

The permitting process and the establishment of the plant are currently underway, and assembly is expected to begin in the second half of 2026.

What is the amount of the investment?

The total value of the project amounts to approximately 15 million euros.

What is the significance of the investment for Gödöllő?

The project will create more than 80 new jobs and bring additional high value-added industrial activity to the city, stimulating the local economy and strengthening Gödöllő’s industrial position. The investment is being implemented on a brownfield site, thus requiring no new land development and aligning with the city’s zoning plans. In addition, Hybern plans to cooperate with the local university, civil organizations, and the municipality, which will support local innovation, education, and social well-being in the long term.

What is the significance of the investment for the company?

The investment represents a strategic milestone for Hybern, as it strengthens the company’s European presence with a modern €15 million assembly plant and firmly connects it to one of the continent’s most dynamically developing automotive ecosystems. The Gödöllő site not only increases the company’s production capacity but also provides technological and supply chain advantages that establish long-term competitiveness. Cooperation with local suppliers and the establishment of a training center will further enhance the company’s professional foundation and talent development.

How many new jobs will the investment create?

The investment will create more than 80 new jobs in Gödöllő.

Will local and Hungarian workers be given preference?

Yes, the company aims to rely on the local workforce to the greatest extent possible.

Where exactly is the company implementing the new investment, and what is the current use of the site?

The company is implementing the new investment in Gödöllő, on the site of the former Sony plant, in the northern section of a currently leased industrial hall still used for industrial purposes. The area previously housed Sony Corporation’s Hungarian manufacturing base between 1996 and 2010, where electronic devices were produced. Since then, the property has functioned as a rental facility, and Hybern will utilize the northern part of approximately 8,500 m² for its operations.

Does the investment affect any agricultural land?

No. The investment is a brownfield development, meaning it will be implemented in an existing hall previously used for industrial purposes. The planned plant does not affect any natural areas, Natura 2000 zones, or ecological corridors, and it has no impact on nearby protected areas.

How much funding or support has the Hungarian government invested or will invest in the project?

The Hungarian government has not provided any support for the project and does not plan to do so. The investment is being fully financed from corporate resources without the involvement of any public funds.

What long-term benefits could arise from Hybern Energy establishing its presence in Gödöllő?

Hybern Energy’s establishment in Gödöllő can create significant long-term value for the city and the region. The company’s arrival will strengthen the local industrial and technological ecosystem, encouraging the emergence of new suppliers and developments. Planned partnerships with the university, internship programs, and the creation of a training center will contribute to developing technical talent and open new opportunities for young people. The stable plant employing more than 80 people will provide predictable jobs in the long term, while the company will actively support local community and social initiatives. Altogether, this will enhance Gödöllő’s future development not only economically but also socially and in terms of innovation.

Are there any sponsorships or charity programs the company is planning in Hungary?

Yes, after production begins, the company specifically plans to launch several local charity and community cooperation initiatives.

MANUFACTURING PROCESSES AND ENERGY DEMAND

What technology will Hybern Energy use?

Hybern Energy will use the most advanced and safest energy storage assembly technology currently available, developed by the Camel Group, at its Gödöllő facility. This technology performs every step of the manufacturing process within strictly controlled, enclosed systems, featuring advanced laser cleaning, precise bonding techniques, and highly efficient local extraction and filtration systems.

The company assembles modules from LiFePO₄ (lithium iron phosphate) cells, which represent one of the safest and most stable solutions among lithium-ion technologies. Hybern employs a modern, safe, and environmentally excellent technology that fully complies with international standards.

How does the assembly process take place?

The assembly of energy storage modules is an extremely precise, strictly controlled technological process consisting of more than twenty steps, with a strong focus on safety and reliability. Production always begins with a thorough inspection of the incoming cells, followed by laser cleaning and instrumental testing before their precise alignment and fixation. The modules’ bonding, welding, and installation of electronic components take place in enclosed systems equipped with high-efficiency filtration and extraction units. The assembled units undergo a multi-level series of quality and safety tests to ensure that each one meets the strictest international standards. At the final stage, the modules are subjected to sealing, performance, and dynamic testing, then packaged under controlled conditions, ready for shipment.

At which stages is there human, physical contact with the materials?

Most of the assembly process is automated; however, there are several stages where the physical involvement of skilled workers is essential. For example, during the inspection of incoming cells, employees examine the condition and dimensions of the components. The precise stacking of cells and certain bonding or fitting tasks also require manual assistance alongside the automated systems. The installation of electronic components, cable harnesses, and sensors involves fine manual work where human expertise plays a key role. Finally, the visual inspection and packaging of the finished modules are also carried out by human operators to ensure that every product leaves the facility in perfect condition.

Is the plant’s energy and water demand significant?

Hybern Energy’s plant does not have a significant energy or water demand, especially compared to other industrial facilities. Its annual electricity consumption is approximately 3.5 million kWh, which corresponds to the average demand of a medium-sized industrial plant and does not place any special load on the power grid. Water consumption is particularly low: the facility uses about 2,500 m³ of household-quality water per year, solely for communal purposes, as the production process itself requires no water at all. This means that the plant’s operation places no disproportionate burden on the local energy or water infrastructure and that the investment is well aligned with the city’s existing capacities from an infrastructural perspective.

What is the noise level of the plant?

The equipment operating in the plant—primarily air compressors and climate control units—produce noise levels between 65 and 88 dB; however, these are placed in separate rooms and equipped with sound-absorbing insulation. As a result, external noise levels are expected to remain around 60 dB during the day and below 50 dB at night. It is important to note that the nearest residential area is approximately one kilometer away, meaning that operational noise does not reach inhabited zones and causes no perceptible disturbance to local residents.

ENVIRONMENTAL PROTECTION

What impact will the investment have on the environment?

The investment does not pose any significant environmental impact, as it is being established on an existing brownfield industrial site and is based on closed, highly controlled technological processes. The production process generates no industrial wastewater—only a small amount of domestic-type wastewater—and it does not affect surface or groundwater in any way. Air pollution is mitigated through filtration systems with 99.7% efficiency, and all dust and welding particles are fully treated on-site, preventing their release into the environment. Noise emissions do not reach residential areas, as the nearest housing zone is more than 1,000 meters away, and all noise-generating equipment operates in enclosed, sound-insulated rooms. The project does not reduce green areas, does not affect Natura 2000 or other protected ecological zones, and fully complies with all Hungarian and EU environmental regulations. Overall, the investment integrates safely, responsibly, and sustainably into Gödöllő’s existing environmental and industrial landscape.

What safety measures will be implemented in the building?

Hybern Energy will implement a multilayered, modern safety system in the building, designed to protect both employees and the environment in accordance with international industrial standards. Most technological processes take place within closed, automated systems, while welding and bonding are supported by high-efficiency (99.7%) extraction and filtration equipment, ensuring that no pollutants are released into the air. Fire safety is a top priority: separate, fire-proof rooms are designated for cell charging, and the area is further secured with fire-resistant walls, specialized doors and windows, and a 250 m³ fire-water reservoir. Hazardous materials are handled under strict protocols in isolated collection zones, and any potential spills can be immediately contained thanks to the building’s fully sealed, solid flooring. Altogether, these measures form a comprehensive protection system that guarantees safe and responsible operation in Gödöllő.

Who performs and how often are the emission inspections and measurements carried out?

Hybern Energy fully complies with all regulations applicable to its operations. The company’s activities do not produce any external air pollutant emissions, as all generated particles and gas residues are captured and treated by built-in filtration systems with 99.7% efficiency, which recirculate the purified air back into the facility. Therefore, a separate emission monitoring system is not required; however, the company adheres to all official requirements. Environmental, occupational safety, and water management authorities conduct inspections in accordance with the legally prescribed schedule. Thus, safety is ensured both by continuously operating technical systems and by regular official inspections.

How will the air quality in the plant’s surroundings be protected?

Hybern Energy protects the air quality in the plant’s surroundings through multiple, integrated technical solutions. Welding fumes, dust, and gases generated during the production process are captured and treated by extraction and filtration systems, which return the purified air to the facility—ensuring that no substances are released into the external environment. The technological stations operate within closed systems, significantly reducing any potential emissions. Since the process does not produce meaningful air pollution, there is no need for external exhaust or chimney-based ventilation.

How will the groundwater be protected?

The entire facility is built on a solid, sealed industrial floor, ensuring that any potential leaks or spills can be immediately contained and cannot seep into the ground. Rainwater is directed through oil and sediment separators, preventing any contaminants from entering the environment. The production technology itself does not use water, meaning no industrial wastewater is generated—only a small amount of domestic wastewater, which is discharged into the municipal network. Hazardous materials and waste are stored in a designated, licensed collection area within the facility, fully preventing soil and groundwater contamination.

How is the waste generated in the plant managed?

Hybern Energy will operate a strict, well-regulated waste management system that fully complies with Hungarian and EU regulations. Most of the generated waste consists of non-hazardous industrial materials (such as packaging, metal, and plastic residues), which will be collected selectively and handed over to licensed waste management companies. Hazardous waste produced by the technology—such as adhesive residues, cleaning materials, or defective cells—will be stored in a separate, authority-approved on-site collection area, where all containers are sealed and leak-proof. In the event of an incident, defective cells will be placed in sand-filled boxes and then transferred to an officially certified hazardous waste handler.