Energy Storage

SophSys, solution provider and system integrator for energy storage.

Unique calculation tool for actual modelling

Due to our work with waste facilities and hydrogen projects, we often require energy storage systems. Alongside the energy from waste, we often encounter solar and wind integration requests. As such, SophSys and our partners have developed a unique and reliable calculation model for integrating various energy sources to enable the calculation of efficiency, economic viability and energy storage size.

Balancing the data from solar, wind but also day and minute rates of energy from the grid or from our own sources such as waste, we are able to provide a full and comprehensive calculation and simulation model for our clients. SophSys is distributer for various energy storage systems and types, including graphene, solid state and LFP.

Depending on the clients wishes and needs, we calculate the best possible option for the client and advise/offer the best matching technology for energy storage to maximize financial benefits and lowest ROI. Want to know more about our services or require a solution?

Contact us at 0031-6-811-69-411 or mail at Sipke (at) Sophsys.nl

DBS, the Energy Storage Deapartment within SophSys.

Energy storage is becoming an increasingly larger part of our operations as the market looks for reliable and flexible solutions.
As such, SophSys hs opened a seperate department fo handle the requests for energy storage solutions.
DBS will become a seperate entity over time, servicing our clients with dedication and integrated solutions to match the specific demands and needs.

Graphene Supercapacitor (The Battery That Isn’t a Battery)

Graphene Supercapacitor vs. Conventional Batteries (e.g., LFP)
While often referred to as a “graphene battery,” our technology is technically a graphene supercapacitor—and that difference matters.
Conventional batteries such as LFP (Lithium Iron Phosphate) store energy chemically. This process delivers high energy density but comes with limitations: slower charging,
gradual degradation over time, and a limited number of charge cycles and as such, limited manufacturers guarentee.
A graphene supercapacitor, by contrast, stores energy physically on graphene surfaces rather than through chemical reactions. The result is a fundamentally different
performance:

• Ultra-fast charging and discharging
• Exceptionally long cycle life (often hundreds of thousands of cycles)
• extended manufacturers guarentee (20.900 cycles or 15 years)
• High power output with minimal performance loss over time
• Improved safety and thermal stability
• zero fire or thermal-runaway risk
• ability to be placed indoors, even in higher capapicty

In short, an LFP battery is optimized for energy storage in conventional situations, while a graphene supercapacitor excels where speed, durability, long-term storage and reliability are critical. It behaves like a battery in everyday use—but outperforms traditional batteries in demanding, high-power applications.

Why Choose DBS?

DBS is a full-service solution provider for energy storage and energy efficiency. Our expert team helps customers every step of the way—from purchase to implementation and operational integration—ensuring a seamless experience. Whether you’re aiming to reduce energy costs, expand grid connections in congested areas, or alleviate grid stress, DBS has you covered.

Who We Work With

We provide solutions for:

• Industrial buildings and businesses
• Residential and industrial neighborhoods (off-grid energy in congested zones)
• Grid operators looking to solve congestion issues

Please note: DBS does not supply private consumers.

Why Graphene?

✔ Fire-safe and reliable (can be safely installed indoors)
✔ Ultra-fast charging and discharging
✔ Long lifespan (20,900 cycles or 15 years guaranteed!)
✔ Fully recyclable
✔ Scalable to any application
✔ All-in-one system: storage and service included

The Graphene supercapacitor offers a revolutionary way to store energy.

Why Choose the Graphene Battery?

• Proven Technology: Used worldwide to resolve grid congestion, provide telecom backup, and replace diesel generators. Fully certified and compliant with all safety standards.
• Fire-Safe: Made with graphene, eliminating the risk of fire due to overheating.
• Exempt from PGS37 categories 1 and 2: No risk of thermal runaway—a common hazard in lithium-ion batteries.
• Ultra-Fast Charging & Discharging: Capable of storing and releasing massive amounts of energy in seconds. Ideal for grid congestion moments—easily handles up to 20MW per hour without risks.
• Minimal Energy Loss: Less than 2% energy loss per month, making it perfect for long-term energy storage.
• Long Lifespan: Up to 50,000 cycles, with 20,900 guaranteed (at 4 cycles per day). Unlike lithium-ion, a Graphene super capacitors maintains high efficiency over many years.
• 100% Recyclable: Valuable materials are recovered and reused.
• Indoor & Outdoor Use: Safe for both indoor and outdoor installation—even at large capacities. Available as an open system or fully equipped container (turn-key solution).
• Scalable & Flexible: Easily expanded in 10KW modules. Charging speed and capacity can be adjusted even post-installation. A 20ft container holds up to 4.5MW of storage capacity.

Complete Support from DBS

Purchasing a battery is only the beginning. DBS provides end-to-end service:
✔ Subsidy and financing applications
✔ Negotiations with grid operators and energy suppliers
✔ Smart energy contracts for optimized charging
✔ Installation of solar panels and battery systems
✔ Setup of internal energy networks
✔ Integration with high- and medium-voltage infrastructure
✔ Access to trading platforms for energy buying and selling

Applications of the Graphene Battery

1. Solve Grid Congestion Without Upgrading Your Connection
   Store affordable energy during off-peak hours and use it later—stay within your existing connection and avoid costly upgrades.
2.  Reduce Your Energy Bills
   Charge during periods with low or negative energy prices and save instantly.
3. Store Your Own Solar Power
   Avoid feed-in charges by storing excess solar energy. Optimize immediate use and save the rest for later—timed with price trends.
4. Power Entire Districts Without a Grid Connection
   Utility companies face long delays for new connections. With large-scale storage linked to the local 10KV grid, neighbourhoods and industrial zones can gain quick access to stable and mostly green power.
5. Enable More Efficient Hydrogen Production
   Store surplus energy and release it as needed—ensuring consistent power to hydrogen plants and increasing approval rates for grid connections.

Smart Energy Storage with the Graphene Battery

✔ Avoid grid congestion
✔ Lower your energy expenses
✔ Increase your energy independence
✔ Contribute to a more sustainable energy system

Want to learn more?