Landlords
Making low-carbon technology smarter and simpler for landlords and their tenants
With net-zero targets driving the adoption of low-carbon technologies, landlords need an integrated energy control solution connecting devices to demystify the technology, reduce running costs and simplify the user experience.
As heat pumps, battery storage, solar PV and EV chargepoints are installed in Local Authority and Housing Association properties, it’s important that tenants understand how to use and benefit from them. The technology to connect and optimise these devices is critical in reducing energy bills and carbon emissions and also delivering energy-efficient homes.
Passiv’s Smart Energy Platform is the simple way to connect and control low-carbon technologies. The Platform reduces running costs by optimising device performance, as well as against time of use tariffs and on-site renewable generation. For landlords, the Platform gives visibility of the low-carbon technologies connected to it, with access to detailed live and historical data to see how devices are performing instantly. This enables performance monitoring, diagnostics and pre-emptive maintenance for greater efficiency, lower service costs and happier tenants.
The technology to help your tenants
The Passiv Smart Energy Platform connects to the low-carbon technologies in the home – heat pumps, battery storage, solar PV and EV chargepoints – then it monitors, controls, and intelligently optimises them to reduce energy bills and carbon emissions. The Platform gives visibility of the low-carbon technologies connected to it, allowing local authorities and housing associations to ensure their tenants are benefitting from greater comfort and lower energy bills.
Delivering on decarbonisation targets while protecting tenants from energy bill increases.
Further savings for landlords with solar PV
How it works
Every building is different in the way it consumes energy and heat. That's why the Passiv Smart Energy Platform creates an energy model of each home it's connected to.
