Why CO₂ reduction in industry is crucial now
The pressure on companies to CO₂ emissions is constantly increasing. Rising energy costs, stricter climate regulations and the growing responsibility for sustainable production mean that more and more commercial and industrial companies are focusing on energy efficiency and decarbonisation.
One of the most effective and forward-looking measures here is the use of modern battery storage systems (BESS). After all, energy storage systems have long been more than just a backup - they are the centrepiece of an intelligent, sustainable and low-carbon energy infrastructure.
Advantages of BESS in commercial applications
A BESS (Battery Energy Storage System) makes it possible to utilise renewable energy more efficiently. At times of high electricity production - such as when there is a lot of sunshine or wind power - excess energy is temporarily stored in the battery storage system. As soon as the energy demand increases or less electricity is available from renewable sources, the system releases the stored energy again.
In this way, peak loads can be avoided, self-consumption increased and fossil fuels reduced in a targeted manner. The result: lower CO₂ emissions, lower energy costs and greater independence from the electricity grid.
How battery storage systems reduce CO₂ emissions
Companies that actively manage their energy flows can not only improve their carbon footprint, but also benefit economically. A well-dimensioned battery storage system offers several advantages:
- Self-consumption optimisation:
Self-generated solar power is used directly on site - CO₂-neutral and cost-saving. - Peak load management:
Load peaks are equalised, which means that less fossil reserve energy is required. - Emergency power and backup function:
BESS secures the energy supply in the event of grid faults - especially in critical industrial processes. - Grid relief:
Local energy storage stabilises the public power grid and relieves the burden on CO₂-intensive peak-load power plants. - Integration of renewable energies:
Solar and wind power can be fully utilised instead of being lost unused. This makes BESS systems a decisive factor on the road to climate-neutral industry.
BESS compact station
Our BESS solutions at a glance
Battery storage 418 kWh - compact and efficient
Ideal for commercial enterprises that use solar power themselves and want to avoid peak loads. This compact battery storage system enables a high self-consumption rate and stabilises the grid supply - especially in combination with photovoltaic systems.
Battery storage 836 kWh - the modular solution for industry
A scalable battery storage system that intelligently controls the energy flow during operation. With an integrated EMS (Energy Management System) and LFP technology, it offers maximum safety and efficiency.
BESS container 3,340 kWh and 5,015 kWh + transformer + PCS
For solar parks, industrial centres or charging infrastructure: Our BESS containers are the powerful answer to increasing energy requirements - including liquid cooling, aerosol fire extinguishing and robust IP54 protection. In combination with a Faber E-Tec compact transformer station, a complete energy solution is created for climate-friendly industrial projects.
Faber E-Tec - holistic solutions for low-CO₂ energy infrastructure
Faber E-Tec is one of the leading suppliers in the field of industrial energy infrastructure - from compact transformer stations to modular BESS solutions. Our products are not only technologically sophisticated, but also designed for maximum sustainability, efficiency and safety.
We combine the transformer station and battery storage system into an intelligent unit: energy is generated, stored, converted and utilised locally - exactly where it is needed. This not only lowers operating costs, but also significantly reduces CO₂ emissions.
BESS + transformer station = CO₂ efficiency at the highest level
A transformer station is the link between the grid and the storage system. Faber E-Tec develops compact transformer stations that are specially designed for use with BESS systems. They enable efficient energy distribution, stable grid frequency and maximum operational reliability.
The combination of transformer station and battery storage system ensures that stored energy can be fed directly into the industrial infrastructure - without detours, without losses and with measurably lower CO₂ emissions.
Conclusion: Future-proof CO₂ reduction with Faber E-Tec
Companies that want to act sustainably can no longer ignore battery storage systems. They are the foundation of a climate-friendly energy future - economical, safe and efficient.
With the BESS systems and transformer stations from Faber E-Tec, you not only get state-of-the-art technology, but also a complete solution that actively contributes to reducing CO₂ emissions and takes your energy supply to the next level.
FAQ: Reducing CO₂ emissions with intelligent battery storage systems (BESS)
How does a BESS actively contribute to CO₂ reduction?
A Battery Energy Storage System (BESS) reduces CO₂ emissions in two ways:
Integration of renewable energies: It stores surplus electricity from PV or wind power plants and makes it usable when the sun is not shining (at night or when it is cloudy). This means that less „grey“ grid electricity (from fossil fuels) is required.
Replacing fossil balancing energy: Without storage, gas-fired power plants often have to ramp up to absorb peak loads in the grid. A BESS takes on this task emission-free.
Can a battery storage system replace diesel generators?
How does BESS improve my company's ESG balance sheet?
As part of ESG (Environmental, Social, Governance) reporting, companies must provide evidence of decarbonisation strategies. Installing a BESS is considered an active measure to increase energy efficiency and promote renewable energies. This improves your rating with banks, investors and customers who value a „green supply chain“.
Does a BESS increase the self-consumption share of my PV system?
Absolutely. In industry, solar power is often produced when demand is low (e.g. at weekends or during breaks). Without storage, this green electricity flows into the grid. With a BESS, it is stored and utilised when the machines are running at full load. This maximises self-consumption, lowers the electricity bill and minimises the carbon footprint per manufactured product.
