JouleCheck

Understand the energy before the task starts.

Calculation support, not a guaranteed safety decision.

JouleCheck

Understand the energy before the task starts.

Scan the energy sources, calculate what can be calculated, and verify direct controls.

Tasks Gravity Kinetic
Energy Wheel Ten energy sources used to scan a task before work starts. Gravity Motion Mech. Elec. Press. Chem. Thermal Sound Rad. Bio. ENERGY WHEEL
Gravity Motion Mechanical Electrical Pressure Chemical Thermal Sound Radiation Biological

Energy-Based Safety ranks hazards by the amount of energy that could reach a person: more energy means more severe injury. JouleCheck applies the method to data centre construction: scan the task, calculate what can be calculated, and verify a direct control for anything high energy.

New to the approach? What is Energy-Based Safety

How it works

  1. Pick your task64 data centre construction activities across 7 phases.
  2. See the energy sourcesAll ten energies scanned, high-energy hazards flagged at 1500 J.
  3. Verify direct controlsShort, physical checks to confirm before work starts.

Example: Suspended load

Gravity

A 90 kg pipe spool lifted 2 metres stores about 1766 J, above the 1500 J high-energy trigger (about 1106 ft-lb).

E = m x g x h = 90 x 9.81 x 2 = 1765.8 J

Direct controls to verify:

Ticks stay on this screen only. Nothing is saved or sent.

Below the trigger does not mean without risk. Every energy source still needs a scan.

Open the full task Try the gravity calculator

Find a task

Clean agent cylinder handling Excavation Pump set installation Sequential energisation Transformer delivery Chiller delivery and positioning Gravity calculator Kinetic calculator

64 of 64 tasks shown

Browse by phase

Lifting and logistics 8 tasks Work at height 9 tasks Electrical and power 16 tasks Mechanical and pressure 13 tasks Fire and protection systems 7 tasks Civil, structures and fit-out 8 tasks Commissioning and testing 3 tasks