TECHNOLOGY
Designed With Precision.
Engineered for Reliability.
TeraStor Energy is a design-led energy storage platform company. We architect the complete system — from battery topology and safety engineering through control software and embedded optimization intelligence. Manufacturing is executed through qualified global partners in the United States, Europe, and Asia. System architecture, performance standards, cybersecurity, and technical validation remain under TeraStor control in Marlborough, Massachusetts. This model ensures architectural integrity, supply-chain flexibility, and long-term platform independence.
SOH / SOC / SOB accuracy
StorCore BMS
Single-unit capacity
P7000 — highest density
To full commissioning
P7000 ships in 4 blocks
Extended warranty
Backed by our own engineering
THE ARCHITECTURE
One System. Fully Engineered.
TeraStor is not assembled from disconnected components. Every layer is designed to operate as a cohesive platform.
OUR FOUNDATION
Three pillars.
Zero compromise.
TeraStor builds the full stack - hardware, firmware, software, and AI - under one roof. No integrators. No black boxes. No compromises.
Smart
Precision control at the battery, system, and grid level. Our BMS and EMS continuously model:
- State of Charge
- State of Health
- System behavior
- Dispatch performance
Higher usable capacity. Improved revenue capture. Predictable lifecycle performance.
Safe
Safety begins at the cell architecture. TeraStor incorporates:
- Patented PBS topology
- Cell-level monitoring and isolation
- Thermal propagation containment
- Multi-layer electrical protection
Faults are isolated. Risk is minimized. Operations remain stable.
Secure
Energy infrastructure requires cyber resilience. TeraStor systems are designed to support:
- Role-based access control
- Secure firmware management
- Segmented network architecture
- Major grid security frameworks
Security is embedded at the architecture level.
PROPRIETARY TOPOLOGY
Parallel-Before-Series (PBS)
Conventional systems use Series-Before-Parallel configuration. PBS forms the foundation of our premium system architecture. Engineered for environments where reliability is non-negotiable.
Product Line P (Parallel)
Mission-critical for grid, data centers & critical infrastructure
TeraStor's patented PBS topology restructures cell grouping to enhance:
- Thermal stability
- Fault containment
- Voltage management
- Modular scalability
DESIGNED FOR CRITICAL APPLICATIONS
Where TeraStor Deploys
Our design-led model allows flexibility in chemistry, configuration, and regional manufacturing — without compromising architecture integrity.
Utility-Scale Energy Storage
Grid-connected systems at scale. Frequency regulation, capacity firming, and energy arbitrage.
AI Data Centers
Uninterruptible power for compute-dense facilities demanding continuous, reliable energy supply.
Commercial & Industrial
Demand charge management, peak shaving, and resilience for critical commercial operations.
Microgrids & Distributed
Island-capable and grid-tied distributed systems for remote or resilient energy deployment.
OPERATING MODEL
The TeraStor Model
Architectural Control
We own the system design. From cell topology to grid interface, every layer of the architecture remains under TeraStor authority.
Intellectual Property
Topology, safety systems, and control intelligence are proprietary. Our IP is the competitive foundation of every system we deliver.
Manufacturing Flexibility
Production is executed through qualified global partners in the US, Europe, and Asia — ensuring delivery capability without intellectual compromise.
Lifecycle Performance
Engineered for predictable long-term operation. Every design decision is made with the full operating lifecycle in view — not just commissioning day.
MISSION STATEMENT
When Failure Is Not an Option
TeraStor delivers energy storage systems that are:
Smart by Design
Safe by architecture
Secure by Engineering
Designed with intent
Built with Discipline
Deployed with confidence
FAQ
Frequently Asked Questions
What is Parallel-before-Series (PbS) topology?+
PbS is TeraStor's patented battery cell architecture. Unlike conventional Series-before-Parallel (SbP) configurations, PbS groups cells in parallel first before connecting them in series. This approach equalizes cell voltages, reduces thermal stress, and isolates faults at the cell level — making the system significantly safer and extending calendar life.
What is StorCore BMS and what accuracy does it achieve?+
StorCore™ is TeraStor's proprietary Battery Management System. It provides precision monitoring of every cell's State of Charge (SOC), State of Health (SOH), and State of Balance (SOB) with 99% accuracy. This precision directly improves usable capacity and revenue capture over the system's lifetime.
How does StorAIQ improve energy storage performance?+
StorAIQ™ is TeraStor's AI optimization engine embedded in every system. It continuously models grid conditions, battery state, and market signals to dispatch energy at the optimal moment. Over time, the AI learns system-specific behavior, improving round-trip efficiency and extending calendar life beyond static rule-based controls.
What is the maximum capacity of a single TeraStor unit?+
The P7000 is TeraStor's flagship product, delivering 7 MWh of storage in a single integrated unit. It ships in four pre-configured blocks and can reach full commissioning in under 6 hours — making it the highest-density single-unit BESS available for utility-scale and AI data center applications.
What warranty does TeraStor offer?+
TeraStor offers an extended 20-year warranty backed by our own engineering team. Because we own the full stack — from cell topology to control software — we can ensure performance metrics and respond to warranty claims without relying on third-party integrators.
Where are TeraStor systems manufactured?+
System architecture, performance standards, cybersecurity, and technical validation are controlled by TeraStor in Boston, Massachusetts. Manufacturing is executed through qualified global partners in the United States, Europe, and Asia — ensuring supply-chain flexibility without compromising architectural integrity.
What cybersecurity features are built into TeraStor systems?+
TeraStor systems are designed for energy infrastructure cyber resilience. Built-in protections include role-based access control, secure firmware update management, segmented network architecture, and physical security controls. Security is embedded at the architecture level — not added as an afterthought.
What applications are TeraStor systems designed for?+
TeraStor BESS is purpose-built for four critical application categories: utility-scale grid storage (frequency regulation, capacity firming, energy arbitrage), AI data centers (uninterruptible power for compute-dense facilities), commercial and industrial (demand charge management, peak shaving), and microgrids (island-capable and grid-tied distributed systems).