Battery Energy Storage System (BESS) Design Services
We provide engineering design support for BESS, helping OEMs, system integrators, EPCs and energy companies develop practical, manufacturable solutions for new and existing systems.
BESS Design & Engineering Services
Battery Energy Storage System design requires coordinated mechanical, electrical, enclosure and layout engineering to meet project requirements. Sedin Engineering provides BESS design support for new and existing systems, covering system layouts, electrical design, mechanical and enclosure design, thermal management and engineering documentation.
We develop the overall BESS configuration around the project's power and energy requirements, operating conditions, equipment and available space. This includes sizing the system and defining how the major components work together to meet the project requirements.
- BESS sizing and system configuration
- Battery and PCS configuration
- Equipment arrangement and system architecture
- Component interfaces
- Space, clearance and access requirements
BESS Applications & Design
BESS projects have different design requirements depending on their application, equipment, operating conditions, and installation environment. Our engineering team adapts the system configuration, mechanical and electrical design, layouts, thermal management and safety provisions to meet the specific requirements of each project.
Grid-Connected BESS
BESS designed for connection to utility or existing electrical infrastructure for grid-connected energy storage applications.
Off-Grid & Microgrid BESS
Standalone and microgrid BESS supporting local generation, connected loads and independent power systems.
Solar & Wind + BESS
BESS designed for solar, wind and hybrid renewable energy systems to support renewable power projects.
Commercial & Industrial BESS
BESS for manufacturing facilities, commercial buildings, industrial sites, campuses and other distributed energy applications.
Data Centers & Critical Infrastructure
BESS for data centers and other facilities that require reliable and resilient energy storage.
Utility-Scale BESS
Larger BESS installations designed for utility, renewable energy and grid-scale energy storage projects.
Our BESS Design Process
We start by understanding the project requirements and available design information, then develop and refine the BESS design around the equipment, space, interfaces and manufacturing requirements. The process can be adapted based on whether we are developing a new design or working with an existing one.
1. Requirements & design review
We review the project requirements, equipment specifications, available design data, site constraints, and system interfaces. If you already have a design, we review the existing CAD models and drawings to understand the current configuration and identify what needs to change.
2. BESS engineering development
We develop the BESS design based on the agreed engineering scope. Mechanical, electrical and layout requirements are coordinated as the design takes shape, with attention to manufacturability, assembly, access and equipment integration.
3. Design review & deliverables
We review the completed design against the project requirements, checking equipment arrangement, thermal and ventilation requirements, access, and applicable safety provisions. After incorporating your feedback, we finalize the design and deliver the required documentation in your preferred formats.
Our deliverables include:
- CAD models
- Mechanical, electrical, layout and enclosure drawings
- BOMs
- Technical documentation
Technologies We Use
AUTOCAD * SOLIDWORKS * INVENTOR
PTC CREO * AUTOCAD ELECTRICAL * E-PLAN
AUTODESK REVIT * NAVISWORKS
Industries We Serve
RENEWABLES
POWER
DATA CENTERS
CIVIL
MANUFACTURING
OIL & GAS
MINING
Industrial Standards
Frequently Asked Questions
BESS Design Services FAQs
Get In Touch
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