Technical Calculation
Calculate technical parameters in seconds.
Stop switching between spreadsheets, standalone calculators, and fragmented PDFs. Evaluate key project parameters instantly and get clear, reliable results backed by real engineering formulas.
Engineering logic, not AI guesswork.
Standard AI models hallucinate calculations because they lack building codes and technical context.
We built a strict engine that connects directly to national standards, real product specs, and verified installation logic.
Calculate with confidence:
Electrical loads & voltage drops
Lighting & illumination parameters
HVAC system sizing
Equipment capacity & compatibility
You don't just get a number—you get a clear explanation of the math and assumptions behind every result.
Technical Calculation
Calculate technical parameters in seconds.
Many installation decisions require quick and reliable calculations. Technical Calculation allows installers to evaluate key parameters without switching between different tools, spreadsheets or fragmented documentation.
AdvisorAI can support calculations related to:
- electrical loads
- lighting parameters
- system sizing
- installation compatibility
- equipment capacity
The result is a clear explanation of the calculation and the technical assumptions behind it.
This helps installers make reliable engineering decisions directly inside the platform.
Why this matters
Generic AI models can generate answers quickly, but in technical calculations they often lack access to the full engineering context, verified product data, applicable standards and regulatory requirements. This can lead to incomplete assumptions, unreliable outputs or hallucinated results.
AdvisorAI works differently.
It performs calculations within a structured technical environment connected to standards, regulations, technical documentation, product parameters and real installation scenarios.
This means calculations are not generated as isolated answers, but supported by relevant technical context, verified assumptions and practical installation logic.
USE CASES
See Technical Calculation in action
For Installers & Technical Professionals
Calculate the cable voltage drop for a 50 m cable run with a 20A load.
AdvisorAI answer
Using IEC voltage drop formulas:
For a 20A load and 50 m cable length:
• 2.5 mm² copper cable → approx. 3.6% drop
• 4 mm² copper cable → approx. 2.3% drop
Recommended selection: 4 mm² cable to maintain acceptable limits.
Calculate lighting power consumption for 40 fixtures of 120 W each.
AdvisorAI answer
Total connected load:
40 × 120 W = 4800 W (4.8 kW).
Annual energy consumption depends on operating hours.
Calculate required heating capacity for a 250 m² building.
AdvisorAI answer
Assuming heat demand of 50 W/m²:
250 m² × 50 W = 12.5 kW heating capacity required.
Calculate PoE power budget for 18 IP cameras and 6 WiFi access points.
AdvisorAI answer
Estimated power demand:
• IP cameras: 10 W × 18 = 180 W
• WiFi AP: 15 W × 6 = 90 W
Total PoE demand: 270 W.
Recommended switch power budget ≥ 350 W.
Calculate the number of fixtures required to achieve 300 lux in a 1000 m² warehouse.
AdvisorAI answer
Assuming fixture output of 24,000 lm and utilisation factor of 0.6:
Approximate requirement:
24–28 fixtures depending on spacing and mounting height.
