Within E2C facilities, there is a dedicated Test Lab designed to replicate and test various types of renewable energy systems by simulating a wide range of operating scenarios.

Battery Test Bench

E2C has developed an advanced automatic control station, an innovative system focused on end-of-line production testing. It enables precise identification of assembly defects, communication anomalies in the Battery Management System (BMS), malfunctions in power switches, irregularities in balancing circuits or battery consistency, and verification of performance data.
Equipped with multiple safety devices to prevent overvoltage, overcurrent and overheating, and enhanced with a device for detecting external parameters, the test bench also includes a monitoring and self-calibration system for measurement and power supply instruments.
Key features of the system include compliance with international battery testing standards such as CEI, ISO, UL and others, high-precision current and voltage measurements (±1.25 A / ±0.1 V), a current reading speed of up to 4 ms, efficient recovery of energy discharged from the battery with an approximate efficiency of 94% and the ability to perform dynamic driving profile simulation tests for WLTP in terms of current and power.

Tests for Hybrid Boats

In the Test Lab, E2C can faithfully replicate hybrid boat propulsion systems, including motors, throttle controls and storage batteries, to conduct comprehensive tests that ensure maximum efficiency and reliability.
This detailed testing methodology is essential for evaluating system performance under the most demanding operating conditions.

E2C provides clients with an advanced real-time remote monitoring service for all its plants, giving immediate access to consultancy from our team of specialists.
Thanks to the cutting-edge telemetry technology we have developed, we can continuously monitor plant performance, quickly identifying and resolving any issues or malfunctions.
Our remote monitoring service ensures clients’ peace of mind, keeping photovoltaic plants efficient and fully supported by our specialized technical assistance at all times. This service helps reduce downtime and associated costs, while increasing safety and plant efficiency and shortening commissioning times and expenses.
Easily integrated into maintenance contracts, this solution not only provides priority support but also allows for data storage, making it a complete tool to maximize the performance and reliability of photovoltaic plants.

E2C expands its offering with an advanced Cloud data storage service specifically designed for all its plants, an intuitive platform created to optimize the management of energy produced by the facilities.
With secure Cloud-based access, clients can monitor plant performance in real time, analyze energy production trends and quickly identify potential areas for improvement.
This advanced system supports a predictive maintenance approach, significantly reducing the risk of plant downtime and maximizing return on investment.
E2C’s solution goes beyond simple data collection, transforming information into actionable insights that enable more sustainable and innovative energy management.
Through the detailed analysis provided by the platform, operators of photovoltaic plants can make informed and strategic decisions to optimize resources and reduce environmental impact.

E2C excels in developing Digital Twins, accurate digital replicas of renewable energy plants. This technology leverages real-time data and advanced models to simulate plant behavior under different operating conditions, providing a powerful tool to optimize efficiency, predict maintenance needs, simulate operational scenarios and perform in-depth performance analysis.
The Digital Twin has become a key tool for advanced management and optimization of renewable energy plants. By integrating predictive maintenance and continuous monitoring, plants benefit from cutting-edge technologies that anticipate and prevent failures or malfunctions before they occur.
Data collected through sensors and monitoring devices enables early detection of signs of wear or potential issues. Artificial intelligence and machine learning refine maintenance plans, reducing downtime and boosting operational efficiency.
This approach is essential for efficient plant management, extends the useful life of assets and establishes a foundation of sustainability and reliability in the renewable energy sector.

E2C specializes in developing Energy Management Systems (EMS) for companies and organizations seeking to monitor electricity consumption, optimize processes, increase profitability and reduce environmental impact.
Our extensive experience in creating tailor-made solutions enables us to meet the needs of a constantly evolving market, ensuring that our clients achieve the maximum return on their clean energy investments.
Each EMS we design is powered by customized algorithms capable of analyzing collected data to make optimal decisions based on predictive and prescriptive analyses. These algorithms are versatile and designed for multiple functions: from identifying the most efficient use of available energy, to forecasting renewable energy production and consumption patterns, to estimating energy demand and renewable resource availability using historical data, weather forecasts and other relevant factors.
They also determine the optimal timing for charging or discharging energy storage systems, maximizing both lifespan and the economic value of stored energy.
In addition, the algorithms can manage energy production and consumption in real time to maintain grid balance and ensure system stability.
This approach not only maximizes operational efficiency and minimizes waste, but also ensures the optimal use of renewable resources.

Our co-design approach integrates the client’s vision and needs with our technical and engineering expertise to create customized solutions for every specific requirement.
The process begins with a thorough analysis of the client’s objectives and continues with market research to identify best practices and the most innovative solutions.
We carefully select high-quality components and develop advanced hardware topologies to maximize system efficiency.
Detailed bills of materials are prepared to ensure precise specification of every component, simplifying production and assembly.
The design of our control software, including the development of performance-enhancing algorithms and customized firmware for seamless integration of all components, is supported by the use of advanced testing systems.
We define detailed procedures for production and testing to ensure each solution meets the highest quality standards, guaranteeing efficiency and reliability in execution.
Upon project completion, we provide comprehensive system documentation to facilitate operation and maintenance.
Our forward-looking design approach also considers environmentally responsible end-of-life disposal practices for all products.

Design is carried out by E2C’s in-house team of engineers that is dedicated to delivering tailor-made solutions that meet each client’s specific needs with efficiency and innovation.
Working closely with the client, our team begins every project with a thorough analysis of the requirements. This is followed by the development of solutions tailored to the unique characteristics of each site and the preparation of detailed supply specifications.
Electrical and mechanical schematics are created with meticulous attention to detail, ensuring that every component is optimized for performance and efficiency.
Electing the right suppliers is a crucial part of our design process, as it allows us to understand the project environment fully and to choose the most suitable partners for successful execution.
Factory Acceptance Testing (FAT) and Site Acceptance Testing (SAT) verify that each system meets the highest standards before commissioning.
The site installation phase is managed with the utmost professionalism, ensuring work is completed efficiently and according to the agreed timeline.
After project completion, E2C continues to provide support through Operation and Maintenance (O&M) services, ensuring that each system maintains peak performance over time.