HyperCell
96.5%round-trip efficiency
Optimized battery cell technology that returns more of every kilowatt-hour you store, placing AKUPANK among the most efficient storage systems available.
AKUPANK Modular energy storage by CORRIDAVERDE
Energy storage, engineered to scale.
AKUPANK is our line of LFP battery energy storage systems: high-efficiency HyperCell technology, a 7-layer SafeCore safety architecture and AI that anticipates maintenance before it is needed. Start with one 25 kWh module and grow to 5 MWh.
- 96.5%HyperCell round-trip efficiency
- 8,000+charge/discharge cycles (LFP)
- 20+ yrsdesign lifespan
- 25 kWh → 5 MWhmodular scalability
About CORRIDAVERDE
Engineering the energy transition, from Portugal.
CORRIDAVERDE is a Portuguese technology and engineering company that designs, develops and manufactures advanced energy storage and electric charging solutions, and conducts research into autonomous systems for civil use.
Our mission is to accelerate the energy transition, give consumers greater energy autonomy and help decarbonize the economy. Our ambition: to become a European reference manufacturer of energy storage and charging systems, recognized for technical excellence, continuous innovation and a lasting commitment to sustainability.
AKUPANKEnergy storage and smart charging. Our flagship.
SIZZLERAutonomous aerial platform R&D for civil applications.
01
Innovation
Continuous investment in R&D at the frontier of energy technology.
02
Sustainability
A firm commitment to the green transition and the circular economy.
03
Excellence
Technical rigor and quality in every process and product.
04
Resilience
The ability to adapt and deliver when conditions are hardest.
05
Collaboration
Strategic partnerships across the research and innovation ecosystem.
AKUPANK
One storage platform, from homes to the grid.
Under the AKUPANK brand, CORRIDAVERDE develops and builds a complete range of energy storage and electric charging products. Every system shares the same foundations: cobalt-free LFP chemistry, proprietary cell and safety technology, and a connected digital platform.
ResidentialSolar self-consumption, backup and home EV charging.
Commercial & industrialPeak shaving, self-consumption and site resilience.
Utility-scaleRenewable integration and grid services.
Flagship · Next generation
AKUPANK-M
Our advanced modular battery energy storage system (BESS), designed from the ground up with AI at every level (cell, module, system and fleet) and built to act as an integrated energy hub: stationary storage, EV charging and solar management on one intelligent platform.
- Base module
- 25 kWh / 12.5 kW
- Scales to
- 5 MWh
- Chemistry
- LFP, cobalt-free
- Thermal
- Closed-loop liquid
- Charging
- V2G / V2H ready
- Maintenance
- AI predictive
Key technology
Proprietary technology, from the cell to the cloud.
Efficiency, safety and longevity are engineered in, not added on. These are the building blocks behind every AKUPANK system.
SafeCore
7layers of protection
A layered safety architecture in which each level of protection backs up the next, with fire-resistant encapsulation at its core:
- Advanced thermal management
- Real-time monitoring
- Automatic disconnection
- Thermal propagation suppression
- Fire-resistant encapsulation
- Intelligent ventilation
- Standards-driven compliance design
LFP chemistry
8,000+cycles
Exclusively lithium iron phosphate cells: 20+ years of lifespan, high thermal stability and inherent safety, with no cobalt and no nickel.
AI predictive maintenance
Deep learning models (LSTM, transformers and graph neural networks) trained on real operating data forecast state of health and remaining useful life, and detect anomalies early. Models run at the edge in each module and in the cloud.
CFD-informed thermal control
High-fidelity CFD simulation combined with real-time sensor data drives reduced-order thermal models inside the BMS, so the system can anticipate thermal issues before sensors register them. Cooling is a closed-loop liquid circuit with adaptive control.
Modular scalability
Start with one module. Grow to megawatt-hours.
Conventional BESS products often ship in fixed configurations. AKUPANK-M is built around a single base module that combines freely into the capacity and power each site needs.
Base module
25 kWh
12.5 kW of power in one self-contained unit with its own BMS, cooling and communications.
Combined
50 kWh
Two modules deliver 25 kW, with automatic balancing and intelligent management between them.
At scale
5 MWh
The same building block, repeated: 200 base modules make 5 MWh.
Automatic balancing
Optimal cell and module balancing that accounts for differences in capacity, internal resistance and aging.
Hot-swap modules
Replace or add modules without interrupting service.
Robust communications
Inter-module architecture based on CAN bus, Ethernet and MQTT.
Expand later
Upgrade and extend existing installations as needs grow, instead of replacing them.
Applications
Where AKUPANK works.
Storage is the cornerstone of a renewable grid: it captures surplus solar and wind and releases it when demand peaks.
Residential
Store rooftop solar for use after sunset, reduce reliance on the grid at peak times, and power the home from the EV with V2H.
Commercial & industrial
AKUPANK-M is designed specifically for C&I sites: peak shaving, higher solar self-consumption and energy resilience for buildings and operations.
Grid services
Modular capacity and bidirectional power enable frequency regulation, peak shaving and energy arbitrage, helping stabilize the grid.
EV charging
Smart charging that balances vehicles, stationary storage and grid limits, with fleet-level management for charge point operators.
Renewable integration
Time-shift intermittent solar and wind so clean energy is available when it is actually needed.
Backup & resilience
Keep critical loads running through grid outages, strengthening the energy resilience of buildings and infrastructure.
Digital platform & smart charging
Every kilowatt-hour, visible and optimized.
Each AKUPANK-M module is instrumented with dozens of sensors (temperature, voltage, current, humidity and acceleration) and connected to the AKUPANK cloud platform in real time.
Adaptive smart charging, V2G & V2H
Multi-objective algorithms balance solar production, stationary storage, EV charging and the grid, adapting to forecasts of generation, consumption, energy tariffs and battery state. Built on ISO 15118 and OCPP 2.0.1.
Fleet management & digital twins
Monitor and optimize geographically distributed AKUPANK-M systems from one place, with real-time dashboards, predictive alerts and live digital twins of every module.
Mobile & web apps
Monitoring and control for owners and operators, including immersive 3D system views.
Secure by design
Encryption in transit and at rest, multi-factor authentication and cryptographically signed over-the-air firmware updates.
SIZZLER
Autonomous aerial systems for civil missions.
SIZZLER is CORRIDAVERDE's research and development program in autonomous aerial platforms. It applies our expertise in energy systems, embedded intelligence and connected platforms to unmanned aircraft that support emergency services and protect people, infrastructure and the environment.
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Wildfire response supportAerial support for firefighting teams.
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Search & rescueHelping responders locate people faster.
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Emergency communications relayRestoring connectivity when networks are down.
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Environmental & infrastructure monitoringInspecting assets and ecosystems at scale.
R&D approach
Research-led, validated in the real world.
Our R&D program is structured industrial research. CORRIDAVERDE collaborates with leading European research and technology centers, universities and accredited test laboratories.
Design science
Iterative cycles of design, implementation, evaluation and improvement for the modular architecture.
Controlled experiments
AI models trained, validated and tested on strictly separated datasets.
Simulation
CFD and FEA modeling, confirmed by experimental validation in the lab.
Prototyping
Functional prototypes tested in the lab and in operational pilot environments.
Agile delivery
Scrum and Kanban for software development and systems integration.
Testing & validation
Our validation program for AKUPANK-M is built around IEC 62619 safety, IEC 61427-2 performance and IEC 61000 electromagnetic compatibility testing, plus abuse testing and accelerated aging.
Made in Europe
Designed and built in Portugal, with intellectual property developed in-house, contributing to Europe's technological independence in battery storage.
Circular by design
Cobalt- and nickel-free chemistry, repairable modules, over-the-air software updates, design for recycling, a take-back program and second-life reuse of aged modules.
Contact
Let's build your storage system.
Whether you are planning a residential installation, a commercial site or a grid-scale project, our engineering team would like to hear from you.
Email us info@corridaverde.com