Dynamic Load Management
Empowering eMobility with Intelligent Energy Distribution. At Codibly, we specialize in custom software development, integration, and consultancy services to enable robust, scalable, and secure Dynamic Load Management for eMobility providers and operators. We ensure seamless interoperability with charging networks, grid systems, and renewable energy sources for optimal energy distribution.
Why Codibly for Dynamic Load Management?
Our technical proficiency in eMobility and energy systems, coupled with our proprietary accelerators, positions us as a trusted partner for building and integrating advanced load management services.
Deep Expertise in eMobility
We combine in-depth knowledge of EV charging technologies with years of experience delivering secure, high-performance software for energy and utility ecosystems.
Accelerator-Driven Delivery
Our proprietary accelerators reduce development time and costs, ensuring scalable, secure, and interoperable outcomes.
Holistic Integration Approach
We seamlessly integrate with grid operators, renewables, and EVSE networks to ensure robust energy distribution and future-proof interoperability.
Key Technical Features
Our Dynamic Load Management services encompass real-time analytics, intelligent energy allocation, advanced security, and more. Below are the core capabilities we bring to your eMobility project:
Real-Time Monitoring & Analytics
- Charging Session Data: Continuous power usage insights across stations
- Grid Load Monitoring: Avoid overloads and maximize efficiency
- Predictive Analytics: Forecast demand for proactive energy allocation
Intelligent Energy Allocation
- Load Balancing: Dynamically distribute available power to stations
- Prioritized Charging: Algorithm-based scheduling by departure times & battery levels
- Adaptive Adjustments: Real-time updates to match changing grid capacity
Integration with Energy Systems
- Grid Interaction: Demand response integration with OpenADR, IEC 61850
- DER Integration: Seamless use of solar or battery storage
- Two-Way Communication: Real-time updates from grid operators
Advanced Communication Protocols
- OCPP Support: Interoperability with diverse EVSEs
- Vendor-Agnostic: Compatibility with multiple hardware/software platforms
- Secure Data Exchange: TLS 1.3 encryption and reliable APIs
Scalable & Modular Architecture
- Microservices: Easy feature addition and scaling
- Multi-Tenant: Manage multiple sites with data isolation
- Elastic Infrastructure: Scale resources on demand
Advanced Security Features
- Role-Based Access Control: Safeguard critical operations
- Cyber Threat Resilience: Best practices for data protection
- Global Compliance: GDPR, ISO 27001 adherence
Benefits of Codibly’s Dynamic Load Management Services
From energy optimization to sustainability, our approach ensures your charging infrastructure runs at peak performance while staying future-ready.
Optimized Energy Use
Dynamically allocate power to reduce operational costs and increase efficiency
Enhanced Grid Stability
Balance charging loads to minimize overload risks and maintain reliable grid performance
Scalability
Leverage architectures designed for future market growth and evolving technologies
Sustainability
Incorporate renewable energy sources to reduce carbon footprints and support green initiatives
Cost Savings
Decrease infrastructure expenses and peak demand charges through intelligent load balancing
Partner with Codibly for Dynamic Load Management
We enable eMobility providers to implement intelligent, secure, and future-ready load management. Our experience integrating with grid systems, renewable energy sources, and diverse hardware platforms ensures a reliable, scalable, and cost-effective approach.
What our clients say
“Codibly was more than just a software development company; they were a capable partner who understands the EV industry and helped us push our vision forward.”
“Working closely with Codibly has been instrumental in the successful development of the test tool for OpenADR 3.0. Their expertise and commitment to quality have ensured reliability and effectiveness for the energy industry, and we look forward to continuing our collaborative efforts to advance OpenADR technology.”
CASE STUDIES
See the success stories of our clients
Meet our Expert
As the eMobility Practice Lead at Codibly, I am responsible for driving the strategic development and growth of our electromobility division. With over 15 years of experience in the IT sector, I specialize in building strong client relationships and aligning technology solutions with business objectives. Having spent the last decade focused on the automotive and electromobility industries, I bring a wealth of expertise in delivering tailored solutions for both the public and private sectors. Prior to Codibly, I led the IT teams at Volkswagen Group Poland, where I successfully managed a range of large-scale projects and IT portfolios. Throughout my career, I have consistently focused on delivering both off-the-shelf and custom solutions that address complex business challenges.
Frequently Asked Questions
Our DLM solution monitors the total available power at a site in real-time and distributes it dynamically across active EV chargers. It utilizes Peak Shaving algorithms to ensure the total load never exceeds the Grid Connection Capacity, preventing fuse blowouts. This maximizes the number of simultaneous charging sessions without requiring expensive physical grid reinforcement.
We offer a hybrid approach supporting both. Cloud-based DLM (via OCPP Smart Charging Profiles) is ideal for Demand Resposne managed charging or centralized fleet management. Local DLM utilizes an on-site controller (Edge computing) to ensure load balancing continues even during internet outages, providing sub-second response times critical for sites with limited power headroom.
Yes. Our software integrates seamlessly with existing BEMS and renewable sources like Solar PV and Battery Energy Storage Systems (BESS). We utilize protocols like Modbus TCP/RTU to read real-time data from external meters and inverters. This allows for “Eco-Charging” modes, where EVs are charged primarily using excess solar production (Self-consumption optimization).
Yes, our logic supports sophisticated prioritization rules. You can assign VIP status to specific users or charger groups. Additionally, we support Scheduled Charging and Departure Time optimization, ensuring that high-priority fleet vehicles reach their required State of Charge (SoC) first, while lower-priority vehicles charge when capacity becomes available.
DLM significantly lowers CAPEX by removing the need for costly utility grid upgrades and new transformers. By artificially capping the load via software, you can install more charge points on an existing fuse. It also reduces OPEX by mitigating Peak Demand Charges from utility providers, ensuring the site stays within its contracted power tariff limits.
CONTACT US
Let’s Talk EV
Find out how Codibly’s consultancy and development services can accelerate your EV business. Book a call and let’s shape the future of eMobility together.
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