How PV Professional Installers use Assemblico
1. Define the real objective
Maximise self-consumption?
Stabilise grid interaction?
Optimise storage usage?
2. Apply context
Country regulations, grid rules, building type.
3. Evaluate real parameters
Beyond peak power:
- temperature coefficients
- degradation
- inverter efficiency curves
- storage compatibility
4. Compare technical options
Neutral parameter comparison - no rankings.
5. Save reasoning (Projects - coming soon)
Structured documentation per installation.
The reality of PV Installation
Photovoltaic systems look simple. They rarely are.
As a PV professional, you are responsible for:
- correct system sizing
- safe DC installation
- fire risk mitigation
- inverter and storage compatibility
- grid interaction
- long-term performance
Most project decisions are based on:
- nominal panel efficiency
- peak power values
- simplified ROI assumptions
But real installations depend on:
- shading
- temperature
- cable losses
- inverter behavior
- control strategy
- user consumption profile
The system works as a whole — not as individual components.
Where problems usually start
Common risks in PV projects
- oversizing without grid awareness
- underestimating voltage and DC arc risks
- ignoring inverter clipping
- unrealistic yield expectations
- improper integration with storage
- fire safety gaps
Many issues appear not during installation — but years later.
What Assemblico actually changes
From component comparison to system-level evaluation.
Instead of:
- comparing panels by peak efficiency
- trusting brochure yield simulations
- assuming “more power = better system”
You work with:
- structured explanations of performance limits
- context-aware technical guidance
- parameter-based comparisons
- cross-domain understanding (PV + Electrical + Automation + Safety)
Assemblico supports renewable systems as integrated energy systems.
Micro Case Study
Example: Residential PV + Battery system
Client wants “maximum energy independence.
Without structure:
- focus on panel power only
- storage added without load profile analysis
- unrealistic autonomy expectations
Using Assemblico:
- Advisor explains real consumption vs production logic
- Knowledge clarifies inverter-storage interaction
- Compare highlights performance differences beyond marketing
Result:
- realistic system design
- better alignment with user behavior
- fewer future complaints
Stop. Go. Design.
What you can access today
Available now
✔ Public renewable energy Knowledge
✔ Free technical comparisons
🔒 Advisor (after login)
🚧 Projects (coming soon)
🚧 Calculations (coming soon)
PV does not work in isolation
Renewables interact with the entire building system.
Your PV installation affects:
- electrical distribution
- grid compliance
- automation and energy management
- fire safety
- long-term building performance
Assemblico connects these domains without mixing responsibilities.
Why this matters for you
You gain:
- clarity in interpreting performance data
- realistic yield expectations
- improved system safety awareness
- better long-term design decisions
- stronger professional credibility
Renewables are not just about installing panels.
They are about building resilient energy systems.