GTCAP 5015 kWh | 314Ah Solid-State Utility-Scale BESS for U.S. & European Markets

1. Introduction: The Next Generation of Utility-Scale Energy Storage

As global renewable adoption accelerates, the demand for higher safety, longer lifespan, and higher energy density battery storage continues to grow. GTCAP proudly introduces its next-generation 5015 kWh solid-state battery energy storage system (BESS)—a highly secure, stable, and durable solution designed for U.S. and European utility-scale and C&I applications.

Powered by 314Ah solid-state battery technology, the system provides superior thermal stability, enhanced cycle performance, and breakthroughs in safety compared to traditional lithium-ion solutions. It’s engineered for solar + storage, microgrids, wind parks, and grid-scale energy shifting projects.

2. Solid-State Battery Technology: Setting a New Safety Benchmark

Enerbond’s solid-state battery architecture dramatically improves energy storage system reliability and safety.

Core Safety Advantages of Solid-State BESS

• Higher thermal stability than traditional liquid-electrolyte batteries

• Extended cycle life with minimal degradation

• Enhanced intrinsic safety without thermal runaway risks

• Superior performance in U.S. and European climate conditions

This makes Enerbond’s solid-state BESS one of the safest options for large-scale renewable integration.

3. 5015 kWh Utility-Scale BESS for Grid & C&I Applications

The 5015 kWh solid-state containerized BESS meets the advanced needs of today's power infrastructure.

Ideal Application Scenarios

• Utility-scale solar + storage and wind + storage

• Microgrid stabilization and island power systems

• Industrial & commercial peak shaving

• Load shifting & backup power

• Frequency regulation and grid balancing

• Data center energy resiliency

With a 40ft modular architecture, GTCAP enables project developers to scale from 5 MWh to multi-hundred MWh deployments seamlessly.

4. Thermal Management & System-Level Optimization

Solid-state batteries significantly reduce thermal risk due to their stable electrolyte composition. GTCAP enhances this advantage with optimized heat dissipation channels and intelligent climate-control mechanisms designed for:

• Stable operation across wide temperature ranges

• Reduced heat accumulation

• Improved long-term cell health

• Higher system-level round-trip efficiency

This delivers a higher level of reliability for U.S. Southwest desert zones, Northern Europe cold climates, and diverse global operating conditions.

5. Fully Compliant with U.S. and European Regulations

GTCAP’s solid-state utility-scale ESS meets all major safety and performance standards.

✔ U.S. Certifications

• UL9540A-compliant safety design

• UL1973 battery certification

• Meets NFPA 855 installation requirements

✔ European Certifications

• CE / IEC certified

• EN and grid interconnection compliant

• Supports utility and EPC project requirements

This ensures smooth integration with international grid infrastructure.

6. Technical Specifications (5015 kWh – 314Ah Solid-State)

7. Why Choose GTCAP?

GTCAP continues to lead the transformation of global energy storage with safe, high-performance solid-state battery systems, offering:

• 314Ah next-generation solid-state cells

• High-safety solid electrolyte

• Extended lifespan and low degradation

• Modular utility-scale ESS architecture

• Optimized for both U.S. and EU renewable policies

• Strong global engineering support

GTCAP is committed to building sustainable, long-lasting power infrastructure for the future clean-energy economy.