Reliable systems. Controlled manufacturing.

• Energy budgets for 120 V AC and 12 V DC equipment: continuous power, start-up peaks, daily consumption and target autonomy.
• Integration of solar panels, MPPT controllers, DC/DC chargers, auxiliary batteries and inverters.
• Wiring architecture: conductor sizing, voltage drop, protection, distribution and connection interfaces.
• Installation support, configuration and functional testing.

Deliverables: energy budget, system schematic, component list and test plan.

Your priority: dependable power, simpler assembly and easier maintenance.

• Structured diagnostics: symptoms, measurements, root-cause analysis and prioritized corrective actions.
• Assembly quality controls: acceptance criteria, inspection points and traceable test records.
• Assembly procedures, checklists and good practices for wiring and system integration.
• Team training, corrective-action follow-up and updates driven by field feedback.

Deliverables: diagnostic report, action plan, procedures and inspection sheets.

Your priority: reduce rework, improve quality control and make good practices repeatable.

• End-user requirements: circulation, comfort, storage and everyday activities.
• Custom layouts coordinating furniture, equipment and technical spaces.
• Coordination of electrical and utility interfaces, maintenance access and weight constraints.
• Modular solutions to simplify assembly, product variants and future upgrades.

Deliverables: layout plans, module definitions and an interface package.

Your priority: make better use of space while connecting user experience to production constraints.

• Identify requirements to review with the appropriate body for the product and intended use.
• Review design gaps, components and technical information that needs to be completed.
• Prepare and organize drawings, relevant calculations, technical datasheets and test evidence.
• Track requests, coordinate technical responses and support corrections before final evaluation.

Deliverables: requirements matrix, technical package and action tracking.

Your priority: anticipate gaps and present a coherent submission. Certification decisions remain with the competent independent body.

• Component evaluation: electrical characteristics, interfaces, operating limits and bench-based functional validation.
• Integration of sensors, controllers and equipment from different suppliers: power, signals and interactions between subsystems.
• Implementation and adaptation of communication protocols required for data exchange and control functions.
• Electronic adaptation: technical rework, interface circuits and custom electronics hardware design according to project needs.
• Integrated-system validation: interaction tests, incompatibility diagnostics and documentation for assembly and maintenance.

Deliverables: validation report, interface package, electronic schematics and test plan according to the agreed scope.

Your priority: resolve incompatibilities before they become production or service issues.