Battery Energy Storage: from components to complete BESS solutions
Building on more than a decade of battery expertise and a track record in electric mobility, Forsee Power supports the development of stationary energy storage projects, from commercial and industrial sites to grid-scale applications.
We combine battery design, validation and management capabilities with complementary partner technologies to develop solutions adapted to each project’s requirements.
Three ways to power your BESS project
Three ways to power your BESS project
Whether you integrate your own storage system, manage an industrial site or develop a utility-scale project, Forsee Power offers battery solutions adapted to your requirements.
Battery energy storage helps align electricity generation and consumption. Depending on the application, it can increase the use of on-site renewable energy, manage peak demand and shift electricity use to different periods. At larger scales, BESS can support renewable integration and grid flexibility. The services a system can deliver depend on its design, connection arrangements and local market requirements.Battery modules and packs
The battery foundation for your storage system.
LFP battery modules and liquid-cooled packs for stationary storage integrators.
Design your BESS product using Tier 1 long life stationary cells and relying on certified battery modules (IEC 62619, UL1973, UL1642, UL9540A, UN38.3, GB/T 36276) combined with cutting hedge BMS technology with passive and active balancing.
Commercial and industrial battery cabinets
Make more of your site’s energy by doing value stacking.
Battery cabinets for commercial and industrial energy storage, with integrated AC and DC configurations to match your installation.
Store on-site renewable generation, manage electricity demand and shift consumption according to your operational priorities and tariff structure. Generate new additional revenues by valuing the residual BESS capacity on energy markets.
Containerized BESS
Scale storage around your project project with DC BESS containers and PCS skids.
High-capacity battery containers and project-specific power conversion equipment for utility-scale and front-of-the-meter applications.
Support renewable integration, energy shifting and grid flexibility, with an equipment and engineering scope adapted to your project.
Battery expertise that can help you make the difference
Developing a BESS project starts with understanding the intended application. Required power and energy, operating patterns, grid connection, available space and lifecycle expectations all influence the system design.
Forsee Power brings its battery expertise to these discussions, working with customers and partners to assess the technical requirements and identify an appropriate approach.
A successful BESS project depends on selecting the right equipment, managing interfaces and planning for long-term operation. Forsee Power brings battery expertise to each of these decisions.
Proprietary European EMS technology
Scalable, evolutive and open solution focused on safety and cybersecurity with European cloud-based monitoring platform.
Qualification and validation expertise
Battery selection requires understanding how cells and systems behave in operation. Our qualification capabilities and validation expertise support technology assessment against your application, operating conditions and performance requirements.
Flexible sourcing
Our international sourcing network supports equipment selection according to performance, cost, availability and project requirements. We help define the appropriate technology and supply scope for your system.
Global industrial footprint
With an industrial footprint across Europe, Asia and North America, Forsee Power combines European battery expertise with international manufacturing and sourcing capabilities. Our teams help customers define the production, supply and support arrangements appropriate to their projects.
BESS frequently asked questions
What is a BESS?
A Battery Energy Storage System (BESS) stores electricity in rechargeable batteries and releases it when needed. It can support renewable energy integration, electricity demand management and grid flexibility.
What is the difference between BESS and ESS?
ESS stands for Energy Storage System and covers different storage technologies, including batteries, thermal storage and mechanical storage. BESS stands for Battery Energy Storage System and specifically refers to battery-based storage.
How does a BESS work?
During charging, electricity is stored as chemical energy in battery cells. During discharge, that stored energy is converted back into electricity. Power conversion equipment manages the connection between the batteries and the electrical installation or grid. Battery management, thermal management, protection and energy controls work together to support operation within the system’s limits.
What is the difference between power and energy capacity?
Power, measured in kW or MW, describes how quickly a battery system can deliver or absorb electricity. Energy capacity, measured in kWh or MWh, describes how much energy it can store. Both are needed to define a BESS around its intended application.
What influences the lifetime of a BESS?
Battery lifetime depends on calendar aging, charge and discharge patterns, temperature and operating conditions. System design, battery management and maintenance also influence performance over time. Lifetime should therefore be assessed against the project’s expected use.
What is the role of a BMS and an EMS?
The Battery Management System (BMS) monitors and manages battery operation within defined limits. The Energy Management System (EMS) coordinates when and how the storage system charges or discharges according to energy objectives, site demand and other operating constraints. Their functions are complementary.
Why is LFP used in stationary storage?
Lithium Iron Phosphate (LFP) is widely used in stationary storage for its cycle-life characteristics and thermal stability. The choice of battery technology depends on the application. Actual performance, lifetime and safety depend on the complete system design and operating conditions.
How can Forsee Power support my project?
Contact us
For more personalised assistance with your project, contact us directly.