On this episode, we have a special guest: Phan Tom Load! 👻
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#Sanalife #AI #IoT #SaaS #EnergyManagement #FacilityManagement #BuildingAutomation #B2B #EMS #Saturday #PhantomLoad #podcast
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#Sanalife #AI #IoT #SaaS #EnergyManagement #FacilityManagement #BuildingAutomation #B2B #EMS #Saturday #PhantomLoad #podcast
October 18, 2025 at 8:20 PM
On this episode, we have a special guest: Phan Tom Load! 👻
•••
#Sanalife #AI #IoT #SaaS #EnergyManagement #FacilityManagement #BuildingAutomation #B2B #EMS #Saturday #PhantomLoad #podcast
•••
#Sanalife #AI #IoT #SaaS #EnergyManagement #FacilityManagement #BuildingAutomation #B2B #EMS #Saturday #PhantomLoad #podcast
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
May 21, 2026 at 10:31 AM
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
February 4, 2026 at 10:12 AM
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
November 25, 2025 at 2:03 PM
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
August 26, 2025 at 8:40 AM
Leaving devices on standby can lead to significant energy consumption, known as #StandbyCharges or #PhantomLoad.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.
Devices draw power even when off, potentially accounting for 9% to 16% of a household's electricity bill.