NRG Solutions develops, finances and operates battery storage solutions for commercial and industrial customers with a clear focus on measurable results.
Capacity costs determine a growing share of the electricity bill
Feed-in tariffs are declining, self-consumption is gaining importance
Electrification increases connection capacities and peak risks
Regulatory changes improve the economics of storage
Those who continue to just consume energy instead of actively managing it pay unnecessarily.
Grid connection
from 1 MW
Grid level 5 (medium voltage)
Energy consumption
> 1 GWh/year
Industrial load profiles with pronounced power peaks
Space requirement
approx. 80 m² for 5 MWh
You meet these criteria? Then an analysis is worthwhile.
Free Initial AnalysisStore PV surplus and use it when your business needs it.
Cut load peaks and significantly reduce grid charges.
Secure critical processes during grid disturbances.
Scale charging infrastructure without grid reinforcement.
Provide balancing energy for Swissgrid, attractively compensated.
Pure energy trading: buy low, sell high.
Grid support to avoid grid expansion.
Meet regulatory requirements and reporting obligations.
| Industry | Typical Use Cases |
|---|---|
| Manufacturing & Industry | Peak Shaving, Backup Power, Self-consumption, SDL |
| Logistics & Distribution | E-Mobility, Load Management, Energy Arbitrage, SDL |
| Data Centers | Resilience, UPS Replacement, Peak Shaving, Energy Arbitrage |
| Campuses & Districts | Self-consumption, Peak Shaving, SDL |
| Utilities | Grid Stabilization, SDL, Arbitrage |
3.45 MW | 5 MWh
The BESS SABAG project in Rothenburg is our reference project for industrial battery storage solutions. With a capacity of 3.45 MW and 5 MWh, this system demonstrates the possibilities of modern large-scale storage technology for commercial and industrial applications in Switzerland.
NRG Solutions works with you to validate the business case and secure the required returns for all parties involved. With an asset lifecycle of fifteen years plus, we focus on annual returns and savings.
Many providers promise quick payback without explaining how. We disclose our assumptions: load profile, degradation, price development. You decide based on facts. NPV and IRR instead of just ROI.
Structured and integrable: Your BESS in 7 steps.
We analyze your load profile (15-minute values), your tariff structure and technical constraints. This data forms the basis for all further decisions.
Together we prioritize the relevant use cases: self-consumption optimization, peak shaving, backup power, e-mobility or SDL participation, tailored to your goals and circumstances.
The right size of the storage system is crucial. We dimension power (kW) and capacity (kWh) to match your load profile and chosen use cases.
NRG Solutions consistently evaluates projects using internationally recognized financial metrics like NPV (Net Present Value) and IRR (Internal Rate of Return). No marketing ROI promises.
Detailed planning of the system, coordination with the distribution network operator and obtaining all required permits and certifications.
We deliver the BESS hardware, coordinate civil works and electrical installation, and commission the system. All from a single source.
Our energy management system monitors and optimizes your storage 24/7. You benefit from maximum performance and transparent reporting.
We take full responsibility for your energy project – from planning and procurement to construction and commissioning. For smooth operations and maximum efficiency.
System integration instead of interface management
From planning to procurement to turnkey commissioning.
This reduces risks, increases predictability and makes performance measurable.
Battery storage systems are particularly suitable for industrial and site locations, energy supply companies and operators of larger infrastructures. Typical applications include self-consumption optimisation, peak shaving, grid relief, security of supply and marketing flexibility through ancillary services.
A BESS is economically viable when load profiles, grid connection conditions, tariffs and operating strategy are coordinated. The decisive factor is not just battery size, but the combination of technical design, energy management and market integration.
The energy management system controls the battery storage in real time and optimises energy flows at the site. It decides when to store, discharge or market, and enables the simultaneous use of multiple use cases such as peak shaving, self-consumption optimisation or ancillary services.
Yes. Modern battery storage systems can serve multiple use cases in parallel. This requires clean prioritisation and a powerful EMS that takes technical, economic and regulatory conditions into account.
A BESS project starts with analysing load profiles, tariffs and grid restrictions. This is followed by use case definition, technical pre-dimensioning, economic modelling, engineering and grid clarification, as well as delivery, construction and commissioning. Ongoing operations include monitoring and optimisation via our own EMS.
NRG Solutions pursues an integrated approach: from planning to hardware to operation and marketing, we are responsible for the entire system. This reduces interfaces, increases predictability and makes the performance of a BESS measurable and optimisable in the long term.
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Whether site rental, PV optimization or BESS operation: We'll find the right solution.
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