BESS ENERGY STORAGE
BESS energy storage — lower costs, higher self-consumption, more stable power
We tailor storage operating strategy to your consumption profile, tariffs, PV production and critical process power needs.
What is BESS energy storage?
BESS stores electrical energy when it is cheaper or when PV surplus is available, then uses it when energy has the greatest value for the site — to limit peak demand, increase self-consumption and improve energy resilience.
System capabilities
Key features BESS
Peak power demand reduction
Limits contracted power exceedances and costs related to the highest demand points during the day.
- Lower contracted capacity charges
- Lower risk of exceedance penalties
- More even plant load profile
Shifting energy consumption over time
Shifts part of consumption to periods of cheaper energy or lower grid load.
- Benefit with time-of-use tariffs
- Lower draw during peak hours
- Better monthly cost predictability
Higher self-consumption from solar PV
Increases the share of own production consumed directly in the plant.
- PV energy available outside production hours
- Less dependence on grid export
- Higher value from your existing installation
Emergency backup for critical processes
Maintains power to selected loads during a grid outage.
- Protection of highest-cost downtime processes
- Support for automation, IT/OT or auxiliary systems
- Scope tailored to site requirements
Modular architecture
Enables fast deployment and system expansion without replacing the entire installation.
- Scaling capacity as the site grows
- Shorter commissioning time than custom-built systems
- Ready to work with PV and EMS
Deployment process
How does BESS work?
Energy profile analysis
We review consumption, demand peaks, PV production, tariffs and backup needs.
Operating strategy selection
We define when the storage should charge and discharge: for peak shaving, load shifting, PV or backup.
Infrastructure integration
We connect BESS with PV, meters, EMS and selected loads at the site.
System operation optimization
The system limits peaks, increases self-consumption and supports plant continuity.
Applications
BESS use cases in industry and manufacturing
BESS works well at sites with high demand peaks, variable consumption profiles, PV installations or a need to secure critical loads. It helps manage energy better without interfering with core operational processes.
Peak power demand reduction
BESS discharges energy at peak load moments, limiting demand spikes and supporting a more even plant load profile.
Greater use of PV energy
BESS stores PV production surplus and makes it available when the plant needs more energy than PV produces.
Critical load power support
The system can power selected processes, automation, IT/OT or auxiliary systems according to the required technical configuration.
Energy infrastructure stabilization
BESS helps balance production, consumption and grid draw, especially combined with EMS.
Business benefits
Business benefits
Lower contracted capacity charges
Peak power demand reduction helps limit costs and the risk of exceedances related to contracted power.
↓ peakLower risk of penalties for exceeding contracted power and higher capacity charges.
Greater value from solar energy
PV surplus can be stored and used later instead of being exported to the grid at a less favorable time.
+ PVMore energy from your own installation consumed in the plant instead of exported to the grid.
More stable energy profile
BESS smooths the energy demand curve, making it easier to manage tariffs, power and operating costs.
24/7A more predictable demand profile makes monthly energy cost planning easier.
Greater site resilience
Backup power for critical loads reduces the risk of downtime and production losses.
UPS+Emergency power for processes whose downtime causes the highest operational losses.
Ready to scale
Modular design allows the system to expand as energy demand, PV, e-mobility or new processes grow.
modulesScaling BESS capacity without replacing the entire system as the site grows.
Industries and sites
Typical applications
What can you gain after deploying BESS?
Lower peak power costs
Reduction of charges and penalties resulting from energy demand spikes.
Higher PV self-consumption
Using production surplus when energy has the greatest value for the site.
Greater power reliability
Support for critical loads and processes during disruptions.
Better energy control
Ability to manage charging, discharging and storage strategy based on data.
FAQ
Frequently asked questions (FAQ)
Have questions? Check the answers or contact our expert.
Optimize energy costs today
Request an offer and our expert will get back to you within 24 hours with a tailored proposal.
What you get
- Initial cost review with no obligation
- Solution tailored to your business needs
- Response within one business day
- Technical support and expert consultation
- End-to-end delivery — from design to service