Engineer Responsibility

ENGINEERING RESPONSIBILITY · SYSTEM-LEVEL CHARTER

Engineering
Responsibility.

This statement defines the scope of responsibility assumed by Sentorise as an engineering-led energy storage brand.

01. Purpose of This Statement

Sentorise designs and supplies LiFePO₄ energy storage modules intended to operate as part of documented and validated system architectures.

Responsibilities

  • • Manufacturing quality of the module itself
  • • Performance within documented limits
  • • Accuracy of published boundaries

Integrator Role

  • • System design & component matching
  • • Physical installation security
  • • Compliance with local safety codes
🛡️

02. Exclusions

Sentorise does not assume responsibility for system-level design decisions made outside documented architectures, or damage caused by improper charging topology.

Crucial: Engineering Causality
📐

03. Boundaries

Every product operates within defined boundaries: Mechanical fitment, Electrical limits, Thermal range, and Approved charging paths.

Status: Non-Negotiable
📊

04. Validation

Engineering responsibility requires saying no where validation does not exist. We do not support universal "drop-in" without logic verification.

Protocol: Factual Verification

Shared Responsibility Model

Layer Primary Responsibility
Sentorise Module integrity & documented behavior within validated boundaries.
System Integrator System design, installation security, and cross-component compatibility.
Third-Party Componentry External charger, inverter, and wiring performance under load.

Responsibility
Without Ambiguity.

Sentorise assumes full responsibility for what it engineers, validates, and documents — and does not claim responsibility beyond that scope.

Clear boundaries are not a limitation. They are the foundation of reliable systems.