Requirement Review
Application, operating environment, interfaces and regulatory requirements are defined.
ENGINEERING PROCESS FOR CUSTOM BATTERY SYSTEMS
Engineering a Battery System Around Your Product
Stellova turns application requirements into a production-ready battery definition by coordinating electrical, BMS, mechanical, validation and compliance decisions as one connected project.
ENGINEERING SCOPE
Resolve the Decisions That Determine Product Fit
The battery is developed around the complete product requirement—not voltage and capacity alone. Stellova keeps cell selection, electrical architecture, BMS behavior, mechanical integration, environmental conditions, certification and production feasibility connected throughout the project.
CONNECTED DEVELOPMENT PROCESS
From Requirements to an Approved Production Definition
Each stage produces decisions and records needed by the next. Technical uncertainties are addressed before they become production or field risks.
System Architecture & Cell Selection
Voltage, capacity, power and cell chemistry are selected around the real duty cycle.
BMS & Electrical Development
Protection, sensing, communication, charging and control are engineered as one system.
Mechanical & Thermal Integration
Enclosure, structure, sealing and thermal behavior are designed around the product.
Prototype & Validation
Prototype units are tested against performance, safety and integration requirements.
Certification & Production Transfer
Documentation, certification support and controlled manufacturing processes are prepared.
CONNECTED ENGINEERING DISCIPLINES
One Battery System, Coordinated Across Every Interface
Electrical, software, mechanical and compliance decisions are reviewed together so the released pack fits the product and its operating environment.
Cell & System Architecture
Chemistry, cell format, series/parallel configuration, voltage, capacity, power and charging strategy.
BMS & Electrical Integration
Protection logic, sensing, balancing, SOC/SOH, communication, connectors, cabling and product interfaces.
Mechanical & Thermal Integration
Enclosure, mounting, sealing, vibration, heat behavior, service access, dimensions and weight.
Validation & Compliance Planning
Performance, safety, environmental and integration tests aligned with the intended certification and market path.
CLEAR PROJECT RESPONSIBILITIES
One Project Lead, With Specialist Work Coordinated Around the Requirement
Stellova remains the customer-facing project owner. Engineering and production specialists are involved where their capability is required, while decisions, open issues and approvals remain coordinated through one project path.
Stellova
Leads requirements analysis, customer communication, project management, engineering coordination, certification management and technical follow-through.
Engineering & Manufacturing Partners
Contribute specialist cell, BMS, electrical, mechanical, prototype, testing and production capability selected for the project.
Customer Team
Provides product requirements and interfaces, reviews technical decisions, supplies integration feedback and approves agreed project gates.
ENGINEERING OUTPUTS
What Moves Forward Into Validation and Production
The exact document set depends on the project, certification path and commercial agreement. The goal is a controlled technical definition that can be sampled, validated and transferred into repeatable production.
Requirements Definition
Electrical, mechanical, environmental, communication, compliance and commercial requirements aligned for review.
Battery System Architecture
Defined chemistry, configuration, BMS direction, interfaces, enclosure and charging approach.
Prototype & Validation Plan
Sample stages, test criteria, responsibilities, open risks and acceptance expectations.
Production Transfer Package
Approved specifications, BOM and drawings as applicable, test criteria, quality requirements and change controls.
START WITH THE APPLICATION
Information That Makes the First Review More Productive
Early information does not need to be perfect. Share what is already known and Stellova will identify the missing decisions needed for the next engineering step.
Application & Duty Cycle
What the battery powers, load profile, runtime, charging windows and operating pattern.
Electrical Requirements
Voltage range, capacity or energy, continuous and peak current, charger and system interfaces.
Mechanical & Environmental Limits
Available space, weight, mounting, connectors, temperature, sealing, vibration and shock.
Compliance & Commercial Context
Target markets, certifications, prototype timing, forecast volume and lifecycle expectations.
DEFINE THE NEXT ENGINEERING STEP
Bring Us Your Product Requirements
Share the application, electrical targets, space constraints, environment, communication, certification and volume expectations. We will help organize the next technical review.
Discuss Your Project ↗