Homes / a guided buying experience
A home that understands your everyday.
Discover which controls make family routines simpler, keep rooms comfortable and reduce avoidable electricity use.
Build a useful shortlist. Choose a numbered zone, then add controls that solve a real need. Each choice explains its benefit and dependencies.
Click a numbered zone or use the buttons below. Device markers open their explanation.
8 active cooling hours/day · 30 days/month · 0 selected controls
How are these numbers calculated? Adjust the assumptions.
A four-zone private residence, with two inverter ACs and everyday lighting. Monthly reductions are sequential, not simply added together. The test scenario does not change monthly assumptions. See all baseline loads and factors.
Planning simulation only. Not a physical property, official tariff, equipment recommendation or guaranteed saving. Fixed charges, tax and tariff-slab effects are not included. A real design must be assessed for your site.
A little clarity
A few things you might be wondering.
Good decisions begin with clear answers.
What is the purpose of these models?
They are guided buying tools: use a home, office or retail-showroom example to understand relevant controls, see which devices need to work together, test an empty-space scenario and build a useful shortlist for a site assessment. They are not replicas of your property, installation designs or quotations.
Are the savings or live demand real measurements?
No. Monthly kWh and PKR figures come from stated illustrative loads and editable assumptions. The empty-zone test shows assumed instantaneous demand after a configured timeout; it does not change the monthly assumptions. Actual usage, compatibility, tariffs and site conditions must be checked.
Why does a sensor or access device sometimes save no electricity?
A presence sensor must be paired with a lighting or climate control in the same zone before it can switch that load. Access devices improve convenience and permission management, not energy consumption. Monitoring also needs an effective operational change, such as explicitly enabled scheduling of selected non-essential loads.