Smart Charging & Load Management
As electric vehicle adoption accelerates, smart charging has become critical for managing grid impact, optimizing energy consumption, and delivering cost-effective charging experiences. At Codibly, we specialize in custom software development and accelerators that enable scalable, secure, and efficient smart charging systems aligned with your eMobility vision.
Our technical expertise ensures seamless integration with charging infrastructure, grid systems, and distributed energy resources (DERs)—empowering your business to achieve intelligent energy management and robust grid stability.
Why Choose Codibly
Expert Software Services for Smart Charging
Codibly blends deep experience in eMobility, energy systems, and advanced software development to deliver bespoke smart charging platforms. Our proprietary accelerators reduce time-to-market and development costs while ensuring robust, future-proof systems that meet demanding operational goals. We excel in:
- End-to-End Integration: From charger OCPP compliance to grid operator data exchange, we unify the ecosystem for seamless energy flows.
- Scalable Microservices: Modular, multi-tenant architectures that grow with your charging network and support easy feature upgrades.
- Advanced Security: Implement encryption, role-based access, and compliance with GDPR, ISO 15118, or local regulations.
- Data-Driven Intelligence: Utilize predictive analytics and real-time dashboards for load forecasting, dynamic pricing, and V2G readiness.
By partnering with Codibly, you gain a trusted technology ally committed to delivering solutions aligned with modern eMobility standards—while always keeping cost efficiency, security, and sustainability in mind.
Key Technical Features
Building Efficient, Reliable Smart Charging
Codibly’s custom software solutions address crucial aspects of modern EV charging—dynamic load management, grid integration, user-centric management tools, optimized charging algorithms, scalable SaaS architecture, and robust security measures.
1. Dynamic Load Management
Load Balancing: Distribute energy across multiple charging stations to prevent grid overload and reduce peak-demand charges.
Prioritized Charging: Assign priorities by EV type, battery level, or time schedules. Forecast grid loads to adapt charging flows proactively.
2. Integration with Grid Systems & DERs
Grid Communication: Protocols like OpenADR, Modbus, and IEC 61850 link your charging nodes to utilities.
DER Integration: Incorporate solar, wind, or battery storage to slash operational costs and decarbonize your eMobility footprint.
3. User-Friendly Charging Management
Role-based dashboards for operators, engineers, and admins. Mobile compatibility for real-time monitoring and control. Actionable analytics on consumption, costs, and station performance.
4. Smart Charging Algorithms
Dynamic Pricing: Adjust rates based on energy availability and grid signals.
Time-of-Use Scheduling: Avoid peak rates, shift charging to off-peak hours.
V2G Enablement: Turn EV batteries into flexible grid assets.
5. Scalable SaaS Architecture
Microservices: Flexible modular design for quick feature deployment and easy integration.
Multi-Tenant Platforms: Isolated data and role-based controls for different user groups.
Elastic Infrastructure: Scale to meet growing EV demands across markets.
6. Advanced Security & Compliance
Data Encryption: Use TLS 1.3 and advanced encryption standards.
Access Control: Role-based permissions ensure data privacy and system integrity.
Regulatory Compliance: Adhere to ISO 15118, GDPR, or local cybersecurity mandates for peace of mind.
Core Benefits
Maximizing Efficiency and Grid Stability
- Energy Efficiency: Integrate load management and forecasting to optimize charging usage, saving energy and minimizing peak-demand charges.
- Cost Reduction: Deploy dynamic pricing, smart scheduling, and DER integration to actively lower operational expenses.
- Grid Stability: Balance charging demands in real time, prevent capacity overloads, and participate in grid demand response programs.
- Sustainability: Connect renewable energy resources to reduce carbon footprints and leverage green charging initiatives.
- Scalability: Build future-ready systems that handle evolving market demands, emerging EV technologies, and large-scale expansions.
These factors translate into tangible ROI—supporting robust, flexible eMobility services that scale with your business while strengthening grid resilience.
Real-World Insights
Applications in Multi-Site & DER Scenarios
Codibly’s smart charging software services are proven in diverse operational environments, delivering consistent, data-driven results.
Load Balancing at Multi-Site Locations
Distribute energy across large charging hubs to prevent clustering effects and excessive grid strain. Ensure each station gets the needed power while dynamically responding to local constraints.
DER Integration
Seamlessly connect solar panels, wind turbines, or battery storage to reduce grid reliance and accelerate sustainability goals. Automate day/night usage or even local energy trading scenarios.
Dynamic Pricing Models
Enable real-time adjustments in charging fees based on grid conditions and energy markets, aligning charging sessions with off-peak rates or high renewable availability for savings and reliability.
Smart Scheduling for Fleets
Optimize charging windows for commercial EV fleets, ensuring vehicles are ready while balancing energy demands and operational timelines. Automate start/stop times to reduce overhead.
Partner with Codibly for Smart Charging Innovation
Codibly provides the software expertise you need to develop or enhance a fully custom smart charging ecosystem. Leverage our accelerators and domain knowledge to achieve scalable, secure, and cost-efficient charging operations tailored to your exact requirements. Let’s plan your next steps together—whether integrating advanced load management, connecting DERs, or implementing real-time analytics for maximum ROI.
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 algorithms can utilize Dynamic Tariff Optimization to schedule charging sessions during off-peak hours when electricity prices are lowest (e.g., Spot Market negative pricing). By integrating with day-ahead and intraday energy market data, the system automatically shifts heavy loads away from expensive peak windows, reducing average kWh costs by up to 30–40% without impacting vehicle readiness.
Yes. User experience is paramount. We can enable users to set a “Target Departure Time” or activate a “Boost Mode” (Immediate Charging) to override the optimization logic. This ensures that while the system prioritizes cost-efficiency by default, operational requirements and driver convenience always take precedence.
Dynamic Load Management is a local control mechanism that allocates available power in real time to ensure the site’s electrical capacity is not exceeded. Smart Charging is a broader concept that decides when and how charging should occur based on price signals, grid requests, schedules, or user preferences. In short: DLM optimizes local power limits, while Smart Charging optimizes the overall charging process, improving your Total Cost of Ownership (TCO). Codibly implements both layers simultaneously.
We can employ Machine Learning models to forecast site-specific load patterns and renewable energy generation (e.g., Solar PV output). The AI can predict “Stranded Power” capacity and calculates optimal charging curves for every vehicle, balancing the State of Charge (SoC) requirements against grid constraints and battery health (minimizing cycle aging).
Yes. Our platform is built on ISO 15118-20 standards, enabling bidirectional energy flow. This allows you to evolve from simple “V1G” (Unidirectional Smart Charging) to full V2G (Vehicle-to-Grid), turning your parked EVs into revenue-generating assets that can participate in grid balancing services like Frequency Containment Reserve (FCR).
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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