Battery Charging and Batteries Jobs
Battery Charging and Batteries is a field of engineering related to the development, optimization, and improvement of battery energy storage systems. Power Engineers in this field are experts in making sure these battery energy storage systems give users the best possible results. From optimizing battery life and power consumption to designing controllers for distributed energy storage systems, Power Engineers can help clients make the most out of their new technology.
Here's some projects that our expert Power Engineers made real:
- Designing sophisticated solar panel calculations and bidirection cell balancers for devices
- Applying parameter identification on lithium-ion batteries and simulating equivalent circuits for desired outcomes
- Estimating and filtering SOC levels with extended Kalman filters on Arduino or Nucleo boards
- Developing smart frequency controllers for BESS setup
- Working on applications that fuse general electrochemistry principles with uses like alkaline batteries in cells
- Interfacing DC-DC converters with high powered chargers to give consistent power delivery
- Programming with Digsilent language to power system studies
- Installing PV solutions on residential buildings
With the right experts and knowledge, battery charging technologies can be used to their full potential. Our pool of expertise covers all aspects of this field, so clients don't have to worry about the details of their project. If they need a project made real with great detail and optimized results, they can always trust Power Engineers at Freelancer.com. Hire one today to win over the competition!
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I am looking for a skilled designer to create an Energy Storage System (ESS) for residential use. Only electrical consumption and not cogenerative (heat and electricity) fuel cell and electrolyser. The ideal candidate will have experience in designing ESS with battery storage technology and a capacity of a residential building with around 20 single units. The goal is minimizing the costs and maximizing the self-consumption (at least 60%). The project includes the following requirements: - Design an ESS with battery storage technology for residential use - 20 residential units - Fixed size of PV generation, it means the power of the PV panel is equal to the maximum power for the residential unit, this is 20x3 kW or 60 kW; - Include all necessary components such as inverters, charge contr...
We are looking for an experienced engineer to develop a communication module between our Battery Management System (BMS) and a DC charging module of CCS type 2 Type using the ISO 15118 protocol. An off-the-shelf module has already been selected as BMS with CAN communication capability, and the DC charging module is ready. We expect the communication module to be developed in a timeframe of 3-6 months. The module's primary goal is to ensure safe communication between the two components during the charging process using the ISO15118 protocol. The successful candidate should have a breadth of knowledge and expertise in developing communication modules for charging systems and be able to deliver a reliable, efficient, and secure solution. Excellent troubleshooting and problem-solving skil...
I am looking for a freelancer who can help me in research thesis on the topic quantify the excess renewable energy available in battery system for hydrogen production. Also, To explore the role of weather data prediction on site in improving the efficiency of green hydrogen production. The project requires expertise in MATLAB and knowledge of renewable energy sources, and battery storage system. The data will be provided for the consumption and generation profiles. Key requirements: - Expertise in MATLAB - Knowledge of renewable energy sources, particularly solar and wind - Experience in electrolysis for hydrogen production
The project should pass by the followings steps : -Draw a general architecture of the module. -Components, ICs, controllers selection. -Draw the schematic based on what is needed as functions. -Simulate, and test… -Design the PCB in Multi-layers -Produce some samples to be tested with battery packs ( it is needed to know what kind of test should be done ) After achieving every step, it is needed to get our approval to pass to the next step. Below please find the main futures of the BMS we intend to develop : -Control of battery packs composed of 7 to 15 cells connected in series -Measurement of the voltage of each cell with resolutions of 1 mV; -Measurement of the current pack in charging and discharging with a resolution of 10mA; -Monitoring the temperature (2 channels) of the...