Ezért lett Gyermelyi a BESS mintapéldája – 1,2 MWh energiatárolóval / SOLARKIT esettanulmány
See how we implemented a complex solar + energy storage system for the Gyermelyi pasta factory in Hungary! In this case study, we walk you through the entire process of installing a 2.5 MW solar system and a 1.2 MWh Huawei LUNA2000 battery energy storage system.
We will show you the challenges we faced, from the complex integration into the existing system to ensuring stable and safe operation and optimizing the return on investment. We explain how we solved critical technical and business issues while significantly increasing Gyermely's energy efficiency and operational reliability.
This video may be useful for you if you are considering installing a BESS alongside your existing solar power system but are concerned about costs, technological risks or the regulatory environment.
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⚡ What is behind Gyermely's success?
The SOLARKIT team designed and implemented the 2.5 MW solar panel system and 1.2 MWh energy storage system that helps the Gyermelyi pasta factory operate using solar energy, thereby reducing the environmental impact of its production.
🛠️ What technology is behind the system?
- During production, we used Tongwei 555Wp bifacial panels, which are capable of generating energy from both sides. This significantly increases performance, as the rear side of the panel also utilizes light from the environment. The panels are positioned using a single-axis rotation system, which ensures that they are always at the optimal angle to the sun, as they track the sun's movement.
- Energy storage is a key component of this system. The 1.2 MWh capacity of the Huawei LUNA2000-200KWh batteries allows the factory to store the energy it generates. This technology not only ensures continuity of daily operations, but also helps to optimize daily energy demand.
Huawei SUN2000-100KTL-M2 inverters provide seamless power transmission and optimal energy management for the system. The inverters help maximize energy production efficiency and ensure that the energy generated is efficiently delivered to the factory.
If you are interested in how you can make your company energy independent and more sustainable, talk to one of our expert colleagues!
The SOLARKIT team is here to help you find the best solutions for utilizing solar energy and reducing costs. Don't miss out on the opportunity to make your company energy independent while striving for sustainability by taking advantage of the benefits of renewable energy! Contact us and we will help you make it happen!
🌱 Why is this project important?
This project is not only an important step towards sustainability, but also sets a real example for Hungarian industry. Gyermelyi pasta, a Hungarian brand with a long history, now uses green energy for its daily operations, reducing its ecological footprint and helping to reduce its environmental impact.
📈 Impact and return on investment
The initial investment will pay for itself in the long term, reducing production costs while covering part of the energy demand from the company's own resources. The payback period for industrial solar panel systems is around 3-7 years, which is an excellent business decision considering the volatility of energy prices. Such a system can result in savings of several million forints per year.
BESS is a new business model for any company that
- wants to reduce its significant electricity costs;
- already have a solar panel system installed and want to ensure stable scheduling and generate income on the balancing energy market;
- regularly face power restrictions;
- wants to reduce peak network performance fees;
- is looking for a new, passive source of income through the MAVIR market;
- would like to avoid network penalty tariffs (e.g. power charges or system usage fees)
📍 Why is this project worth following?
Solar energy solutions are reaching more and more industries, and the example of Gyermely shows that large companies are also capable of taking steps to reduce their environmental impact.
Timestamps:
00:00 – Introduction: The solar panel project at the Gyermelyi pasta factory
00:39 – Launch of the project and grant funding
01:04 – Obtaining permits for the solar power system
01:32 – Implementation challenges and logistical solutions
01:43 – Technical details of the project
02:25 – Arbitration-based energy management and battery use
02:48 – Economic impact of the project: return on investment
03:20 – Economic impact of the project: guarantees
03:36 – Economic impact of the project: operation
03:54 – Project challenges
04:35 – Future developments
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