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247 SuperCap
100 kWh
All-in-one rack-mounted graphene supercapacitor system for small and medium commercial applications.
Part: 247 ES STS 100
The 247 SuperCap 100 kWh integrates 107 kWh of graphene supercapacitor storage with EMS/BMS, PLC, AC/DC protection, HVAC, fire protection and intrusion controls in a rack-mounted indoor unit. Plug-and-play deployment with no rare metals, no thermal runaway, and a 15.000-cycle projected life. Inverter not included — compatible with 30 to 150 kW units.
IEC 62619IEC 62040CERoHSUN 38.3
- Graphene supercapacitor — zero thermal runaway
- All-in-one rack, plug-and-play
- 15.000 projected cycle life at 25°C
- Natural cooling — no active cooling required
- 97.1% round-trip efficiency
- 100% depth of discharge capable
- EMS/BMS, PLC, fire protection and HVAC included
Engineered to specification
This datasheet defines our reference platform, not a boundary. Every storage system we deliver is sized and configured to the specific requirements of your project — energy capacity, inverter rating, container format, and integration scope are all determined in close collaboration with your engineering team. Our systems scale from 100 kWh to multiple MWh. Made to order means every system performs exactly as your grid, load profile, and site conditions demand.
Technical Data
Full specifications.
| Part number | 247 ES STS 100 |
| Energy storage | 107 kWh |
| Inverter | 30–60–90–120–150 kW (not included) |
| Projected cycle life (25°C) | 15.000 cycles |
| Warranty life (25°C) | 10.000 cycles |
| Round-trip efficiency | 97.1% |
| Cooling method | Natural |
| Self-discharge rate | 3% per month |
| Rec. depth of discharge | ≤ 90% |
| Max. depth of discharge | 100% |
| Shell material | Metal & ABS plastic |
| Format | Rack-mounted (IP20) |
| Weight | 1.050 kg |
| Dimensions (W × D × H) | 85 × 74 × 213 cm (including plinth) |
| Environmental protection | Indoor, IP20 |
| Charge temperature | 0°C ~ +55°C |
| Discharge temperature | −20°C ~ +60°C |
| Storage conditions | −20°C ~ +40°C |
| Operating humidity | 0 ~ 90% RH non-condensing |
| Transport | UN 38.3, MSDS |
| Design & assembly | Benelux |
Also in the SuperCap Energy Storage
Related products.
Frequently Asked Questions
Common Questions.
- What is included in the SuperCap 100 kWh, and do I need to buy an inverter separately?
- 247 Energy delivers a complete, fully operational system. Every project includes all components required for commissioning and operation from day one. What inverter or integration hardware is needed is determined during the design phase — it is not something you need to source or specify separately.
- How long does it take to install and commission the SuperCap 100 kWh?
- On-site installation typically takes one to two days, covering electrical connection, inverter integration, and EMS commissioning. The unit arrives factory-assembled and plug-and-play ready. No civil works or concrete foundations are required.
- What is the difference between the SuperCap 100 kWh and the SuperCap 250-1000 kWh range?
- The SuperCap 100 kWh is an indoor-rated rack system (IP20) designed for installation within existing technical or commercial premises; no external enclosure or container required. The 250-1000 kWh range is delivered in weatherproofed 10-foot and 20-foot containerised formats for outdoor or quayside deployment. Both series come with all power electronics and integration components included.
- Can the SuperCap 100 kWh be used for solar self-consumption?
- Yes. The SuperCap 100 kWh integrates with grid-tied and hybrid inverters and can be configured for solar self-consumption, peak shaving, demand charge reduction, or a combination of all three, managed through the on-board EMS.
- What happens to the SuperCap 100 kWh in a grid outage?
- With an appropriate inverter configuration, the SuperCap 100 kWh can provide backup power during grid outages. Response time and backup duration depend on the inverter specification and the connected load, both of which are configurable at commissioning.
- Is the SuperCap 100 kWh suitable for ports or maritime environments?
- Yes. Port and shorepower infrastructure is one of the applications for the SuperCap range. The absence of thermal runaway risk, natural cooling characteristics, and high cycle durability make these systems well-suited for quayside deployment alongside vessel charging infrastructure.
- What is the recommended depth of discharge for the SuperCap 100 kWh?
- The recommended depth of discharge is 90% or less. The system is capable of 100% depth of discharge, but regular cycling to 90% maximises cycle life over the 15.000-cycle projected lifetime of the product.
- How does the on-board BMS protect the SuperCap 100 kWh?
- The battery management system continuously monitors cell voltage, temperature, and state of charge across all modules. It manages charge and discharge limits, balances cells in real time, and communicates system status to the on-board EMS and external inverter or SCADA systems via standard protocols.
- Where is the SuperCap 100 kWh designed and assembled?
- The SuperCap 100 kWh is designed and assembled in the Benelux with over 70% European-sourced components. This origin supports compliance with EU-funded project requirements and CAPEX grant eligibility criteria that specify European manufacturing provenance.
- What certifications does the SuperCap 100 kWh hold?
- The SuperCap 100 kWh is certified to IEC 62619, IEC 62040, CE, RoHS, and UN 38.3. It is designed and assembled in the Benelux with over 70% European-sourced components.
Next Step
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