Smart Energy Forum 2023 v Prahe predstavilo nielen najnovšie trendy v oblasti obnoviteľnej energie, ale tiež umožnilo spoločnostiam ako Tesla Energy Holding predstaviť svoje inovatívne produkty a technológie, ktoré predstavujú kľúčovú súčasť energetického prevratu. Jedným z hlavných
vystavovateľov na tejto udalosti bola Tesla Energy Holding, odvetvový líder v oblasti inovácií v energetickom sektore. Jej prezentácia zahŕňala celý rad batériových úložísk, ktoré nielen ponúkajú možnosti efektívneho skladovania energie, ale tiež zohrávajú významnú úlohu v podpore udržateľnej energetiky.

ALFA 45, jedno z výrazne prezentovaných batériových úložísk, predstavuje špičkový príklad technologického pokroku. S kapacitou 45 kWh a výkonom 22 kW poskytuje efektívne riešenie pre priemyselné využitie i rôzne komerčné subjekty. To, čo robí toto úložisko unikátnym, je použitie batériových článkov DEYE postavených na technológii LiFePO4. Táto technológia nielen zabezpečuje vysoký výkon, ale tiež zaručuje dlhú životnosť batérie a bezpečný prevádzkový režim. Na výstave sa pri stánku Tesly objavili ďalšie batériové úložiská, ako Myrtillo a Agave TH, ktoré prinášajú široké spektrum využitia v domácnostiach alebo menej náročných použitiach.

Stredobodom všetkého záujmu bolo úložisko Gama 233, ktoré poskytuje impozantnú kapacitu 233
kWh a výkon 100 kW
. S využitím batériových článkov CATL LiFePO4, chladením kvapalinou a stupňom
krytia IP54, ide o technologicky pokročilé zariadenie, ktoré nesie štítok špičkovej ponuky Tesly. 

Gama 233 nielen reprezentuje technologický pokrok, ale tiež zdôrazňuje schopnosť Tesly prinášať inováciena trh, ktoré kombinujú robustnosť, bezpečnosť a vysoký výkon.

Program konferencie obsahoval niekoľko kľúčových tematických blokov, ktoré reflektovali aktuálne
trendy v energetickom priemysle. 

Hlavnými blokmi boli:
1. Hlavné trendy v oblasti fotovoltaiky, akumulácie energie a decentralizovanej energetiky
2. Nové obchodné modely a trendy
3. Kvalita a bezpečnosť prevádzky akumulačných batériových a fotovoltaických systémov
4. Agrovoltaika, plovúce solárne elektrárne
5. Nové technológie Power-X a sezónne akumulácie energie – praktické byznysové štúdie
6. Aukcie vs. zmluvy PPA – čo restartuje boom fotovoltaiky v Česku?
7. Nová legislatíva, dotácie a financovanie nových projektov


Konferencia zahŕňala prezentácie významných rečníkov, medzi ktorými boli napríklad Radovan
Kopeček, Managing Director Advanced Cell Concepts at ISC Konstanz, a Petr Hladík, minister rezortu
Ministerstva životného prostredia. Diskusie a networking boli dôležitou súčasťou konferencie,
umožňujúcou odborníkom a manažérom zdieľať skúsenosti a novinky. Preklad konferencie do češtiny
a angličtiny umožnil maximálne zapojenie účastníkov bez jazykových bariér. V rámci diskusných
panelov sa odborníci zamerali na otázky, ako sú hlavné faktory rozvoja fotovoltaiky, obchodné
modely v Európe, vplyv technológií na budúcnosť fotovoltaiky a perspektívy v ére nákladovej parity.

Battery energy storage represents a key step towards more sustainable energy. This innovative technology brings a number of benefits, from increased efficiency in the use of renewable energy sources to improved management of energy networks. In this article, we will look at the principle of operation of battery storage and its impact on the energy sector.

1. Energy collection and storage:

Battery storage begins its operation by collecting energy from various sources. This can include solar panels, wind turbines, or even energy from traditional power plants. In this step, the energy is converted into electrical form and then stored in batteries for later use.

2. Lithium-ion batteries:

Most modern battery storage uses lithium-ion batteries, which are known for their high energy density, long life and low percentage of energy loss during storage and retrieval. These batteries have the ability to quickly absorb and release energy, making them an ideal solution for both short-term and long-term energy storage.

3. Intelligent control unit:

The heart of the battery storage is an intelligent control unit that oversees efficient charging and energy extraction. This unit is able to predict energy needs based on historical data and current conditions, which enables optimal management of stored energy.

4. Use if necessary:

During periods of low energy production or peak electricity consumption, the battery storage is activated and begins to release the stored energy into the electricity grid. This balances fluctuating energy needs and reduces dependence on traditional, sometimes inefficient energy sources.

5. Promoting sustainability:

Battery storage not only increases the efficiency of existing energy sources, but also promotes sustainability by minimizing energy losses that would otherwise occur with traditional storage methods. In this way, it helps efforts to reduce greenhouse gas emissions and protect the environment.

Energy revolution with battery storage:

Battery storage is becoming an essential element for modern energy. Its ability to efficiently collect, store and distribute energy contributes to the creation of more sustainable and reliable energy systems. As this technology continues to evolve, new possibilities are opening up for a future where renewable energy sources will be mainstream players and energy independence will become an increasingly achievable goal.

At the present time, when the world is intensively trying to find sustainable energy solutions, companies from all over the world are investing in technologies that help optimize energy production and consumption. 

1. Renewable energy 24/7

Tesla Energy Storage makes it possible to efficiently use renewable energy sources such as solar panels or wind turbines. The advantage is that you can collect energy during the day, when solar energy production is maximum, and then use it at night or on cloudy days. Thus, it is possible to achieve energy independence and minimize dependence on traditional energy sources.

2. Financial savings on Energy Costs

Investing in battery storage from Tesla Energy Storage can reduce your monthly energy costs. By being able to capture excess energy and use it during times of low production or high energy bills, it helps reduce electricity costs. In the long term, this investment can bring significant savings.

3. Security and Reliability

Tesla battery storage is designed with safety and reliability in mind. Its modern design and technological solutions ensure a long service life and a minimal need for maintenance. In addition, it is possible to integrate these systems with existing solar panels or other energy sources, increasing their efficiency and performance.

4. Flexibility of Use

Tesla Energy Storage is not limited to home use. It is also suitable for commercial and industrial use. For businesses, it means the ability to effectively manage energy needs and minimize energy losses. The flexibility of this solution makes it possible to adapt to different needs and solve energy requirements in a scalable manner.

5. Environmental Advantage

In an effort to combat climate change, it is important to invest in technologies that minimize the ecological footprint. Tesla Energy Storage contributes to sustainability by enabling the efficient use of renewable resources and reducing the need for energy production from fossil fuels.

In conclusion, we can conclude that Tesla Energy Storage is not only a product for technology enthusiasts, but represents a real solution for sustainable energy. With its advantages in terms of renewable resources, financial savings, reliability, flexible use and environmental benefits, it is an ideal step towards an energy-efficient future.

en_GBEnglish
WordPress Cookie Plugin by Real Cookie Banner