BESS storage solutions in electromobility
At Pebblex, we develop BESS storage solutions focused on electromobility, offering industries with electric vehicle fleets efficient, reliable, and sustainable charging.
Main challenges in electromobility for industries with electric vehicle fleets
The use of is becoming more and more widespread electric cars, while the electrical infrastructure is often obsolete.
Low capacity of the electrical grid in some areas to support rapid charging of electric vehicles.
When installing chargers, we may encounter voltage or current limitations on the network.
Inability of charging stations to provide a greater number of refills per service.
Lack of energy optimization at charging stations, which means much higher costs.
Charging stations with photovoltaic installations whose production does not coincide with the consumption peaks.
The use of is becoming more and more widespread electric cars, while the electrical infrastructure is often obsolete.
Low capacity of the electrical grid in some areas to support rapid charging of electric vehicles.
When installing chargers, we may encounter voltage or current limitations on the network.
Inability of charging stations to provide a greater number of refills per service.
Lack of energy optimization at charging stations, which means much higher costs.
Charging stations with photovoltaic installations whose production does not coincide with the consumption peaks.
How can BESS systems provide a solution in electromobility?
Batteries or BESS can take on the loads of electric vehicles without relying exclusively on the traditional power grid., only using the available charge.
The BESSs allow for a higher number of loads per service by rapidly releasing stored energy, reducing grid dependence and avoiding overload issues or capacity limitations.This ensures that more vehicles can be charged simultaneously and without interruption, maximizing the charging station's operational efficiency.
The BESSs enable rapid charging even in areas with weak network infrastructure, while optimizing the energy they store.They are capable of storing energy during times of lower demand or when there is a surplus of renewable energy and then quickly releasing it to power charging stations, reducing pressure on the main power grid.
Many gas stations have their own photovoltaic installation, with With BESS we managed to maximize its potential and store excess solar energy during the day for use at night or when solar production is low., ensuring continuous power for the charging station and stabilizing the grid by smoothing out peak demand during rapid charging.
The BESS, with its advanced control and inverters, compensates for voltage and current issues that we often encounter when installing electric vehicle chargers., stabilizing the grid and ensuring a constant and reliable supply.
Batteries or BESS can take on the loads of electric vehicles without relying exclusively on the traditional power grid., only using the available charge.
The BESSs allow for a higher number of loads per service by rapidly releasing stored energy, reducing grid dependence and avoiding overload issues or capacity limitations.This ensures that more vehicles can be charged simultaneously and without interruption, maximizing the charging station's operational efficiency.
The BESSs enable rapid charging even in areas with weak network infrastructure, while optimizing the energy they store.They are capable of storing energy during times of lower demand or when there is a surplus of renewable energy and then quickly releasing it to power charging stations, reducing pressure on the main power grid.
Many gas stations have their own photovoltaic installation, with With BESS we managed to maximize its potential and store excess solar energy during the day for use at night or when solar production is low., ensuring continuous power for the charging station and stabilizing the grid by smoothing out peak demand during rapid charging.
The BESS, with its advanced control and inverters, compensates for voltage and current issues that we often encounter when installing electric vehicle chargers., stabilizing the grid and ensuring a constant and reliable supply.
We solve all your doubts
FREQUENTLY ASKED QUESTIONS
Battery energy storage (BESS) involves storing electricity in rechargeable batteries for later use. It works by capturing energy from renewable sources or the grid, storing it and releasing it when needed, optimising energy supply.
Solar panels are not required, but combining them with a storage system allows you to make better use of the energy generated and maximize savings.
It is ideal for companies that wish to reduce energy costs, efficiently manage demand, ensure the continuity of operations or improve their sustainability by taking advantage of renewable sources.
Benefits include reduced energy costs, renewable energy optimization, increased supply stability, efficient demand management and backup in the event of power outages.
It is important to evaluate the vendor's experience, the quality of the technology, technical support, the ability to integrate with existing systems, and financing options.
Maintenance of a BESS includes regular performance monitoring, checking the battery and its cooling system, as well as software updates to optimize its operation.
What do you need?
Tell us about your project and we'll find the best energy solution together.
Contact
- (+34) 914 281 050
- info@bepebblex.com
- Cuclillo Street, 5 - 28019 - Madrid