Smart Energy and EV Charging Producs

Power the future with smart energy and EV charging solutions designed for scalable deployment, reliable performance, and standards-compliant integration. We help businesses build efficient, compliant, and sustainable energy ecosystems.

EVAcharge

A smart EV charging product designed for reliable, scalable charging across commercial, residential, public, and fleet environments. Built for interoperability and performance, EVAcharge supports modern charging ecosystems with confidence.

Explore EVAcharge

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Break Out Box

A Break Out Box is a support device used to safely access, test, and monitor electrical or communication signals between systems. It simplifies diagnostics, troubleshooting, and validation by providing easy connection points, helping engineers ensure performance, safety, and system reliability during development and maintenance. Enables faster diagnostics, reliable validation, and more efficient integration testing for charging system development and maintenance.
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Charging Infrastructure Installation

We provide end-to-end charging infrastructure installation services designed to support reliable and future-ready EV charging networks. From site assessment and system design to electrical installation and final commissioning, our team ensures seamless deployment tailored to your operational needs.

Our products support AC and DC charging environments across commercial, public, and fleet applications. With a strong focus on safety, compliance, and performance, we help businesses build scalable charging ecosystems while ensuring efficient energy distribution and long-term operational reliability.
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Energy & Charging Container

Energy & Charging Containers are modular, mobile power products designed to deliver reliable EV charging and energy supply wherever it’s needed. These containerized systems integrate charging units, energy storage, and smart energy management into a single, ready-to-deploy solution.

Ideal for temporary sites, remote locations, or rapid infrastructure expansion, they help businesses maintain charging availability without heavy grid dependency. Built for flexibility and scalability, Energy & Charging Containers support sustainable energy use while ensuring consistent charging performance.
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Remote Location Charging Support


Deliver reliable EV charging and power supply in off-grid or low-grid-capacity locations.

Temporary Event Charging Setup


Provide fast and flexible charging products for events, exhibitions, and temporary installations.

Construction Site Power and Charging


Supply temporary power and EV charging for construction equipment, vehicles, and site operations.

Fleet Depot Backup Charging


Ensure continuous fleet operations with backup charging during grid outages or peak demand periods.

Emergency and Disaster Recovery Power


Support emergency response teams with mobile power and charging during critical situations.

Renewable Energy Storage and Charging Integration


Combine solar or other renewable sources with energy storage for sustainable charging solutions.

Why Choose Akkodis Energy Products

End-to-End EV Charging Expertise

We support the entire charging communication development and production cycle from requirements and specification to software development, testing, validation, and commissioning. This integrated approach helps reduce project fragmentation and ensures smoother delivery from concept to operation.

Deep Standards & Compliance Knowledge

Our teams work with industry-critical standards such as ISO 15118, DIN 70121, and IEC 61851, enabling reliable interoperability, regulatory alignment, and future-ready charging system design.

Robust Software & System Architecture

We design and develop software architectures for EV charging communication that support scalability, reliability, and seamless integration across charging infrastructure, vehicles, and backend environments.

Operationally Ready Integration

Beyond development and testing, we enable backend connections for operation, helping businesses move from technical readiness to real-world performance with confidence.

FAQs EV Charging & Smart Energy Solutions

EV Charging & Smart Energy Solutions help organizations deploy, operate, and optimize electric vehicle charging infrastructure while managing energy demand efficiently. Akkodis combines charging technologies, energy management capabilities, charging communication expertise, and infrastructure services to support reliable, scalable, and future-ready electric mobility ecosystems.
EV charging infrastructure includes the hardware, software, communication technologies, energy management systems, and electrical networks required to charge electric vehicles. It can support commercial facilities, fleet operations, public charging networks, residential developments, and industrial sites. Effective charging infrastructure must balance charging performance, grid capacity, user experience, and long-term scalability.
Scaling EV charging infrastructure requires careful planning around energy demand, charger deployment, grid integration, and future growth. Akkodis helps organizations design and implement charging ecosystems that support increasing vehicle adoption while maintaining reliability, interoperability, and operational efficiency across multiple locations and charging environments.
Energy costs can become a significant challenge as charging demand grows. Smart energy management helps organizations optimize charging schedules, improve energy efficiency, balance charging loads, and integrate energy storage where appropriate. These capabilities help businesses manage operational costs while supporting the growing energy requirements of electric mobility.
Akkodis combines EV charging technology, charging communication expertise, smart energy management, infrastructure deployment, diagnostics, and engineering services within a single ecosystem. This approach helps organizations address not only charging hardware requirements but also interoperability, grid integration, scalability, and long-term energy optimization challenges.
Charging interoperability ensures that electric vehicles, charging stations, and backend systems can communicate effectively regardless of manufacturer or technology provider. Reliable interoperability helps reduce compatibility issues, improve user experience, simplify infrastructure management, and support long-term flexibility as charging networks continue to evolve.
Smart energy solutions help organizations manage charging demand, optimize energy usage, improve charging efficiency, and support grid stability. By combining charging infrastructure with energy monitoring, optimization, and storage technologies, organizations can better balance performance, sustainability, and operational costs.
Yes. Akkodis solutions are designed to support a wide range of charging environments, including commercial facilities, public charging networks, workplace charging programs, municipal infrastructure, logistics operations, and fleet electrification initiatives. This flexibility helps organizations deploy charging infrastructure that can scale with demand and business growth.
Preparing for EV adoption requires more than installing charging stations. Organizations must evaluate energy capacity, infrastructure requirements, charging demand, interoperability needs, and long-term operational goals. Akkodis helps organizations build scalable charging ecosystems that are designed to support future growth while maintaining performance, reliability, and sustainability.
EV Charging & Smart Energy Solutions help organizations accelerate electrification while improving operational efficiency and energy performance. Key benefits include scalable charging infrastructure, improved interoperability, optimized energy usage, reduced integration complexity, support for commercial and fleet charging, enhanced charging reliability, and future-ready system design. By combining charging infrastructure, communication technologies, and smart energy management, organizations can reduce deployment risk, improve sustainability performance, and prepare for long-term growth in electric mobility.