Tender notice
MAINTENANCE AND SERVICE FOR BUILDING CONNECTIVITY PROJECT (BCP)
Notice details
- Published
- Category
- services
- Buyer region
- London
- Source
- View official notice
Public buyer
Public buyer
London & Quadrant Housing TrustTender valueNot disclosed
- Planned startAs published in the notice
- Planned endAs published in the notice
Work description
This agreement will cover a Service Contract for the maintenance (both planned and reactive) of our Building Connectivity Outstation (BCO) and Building Network Outstation (BNO).
A BCO and BMO are installed at various L&Q properties across London and the South East and these provide real-time information to a monitored Dashboard (L&Q Connect).
The Building Connectivity Project (BCP) infrastructure improves L&Q's approach to managing our communal building services such as: HVAC Plant, Safety Systems, Fire Alarms and Hot & Cold-Water Pumps. The infrastructure provides L&Q with live information on faults, allowing callouts to be arranged with repairs contractors.
Additional information: This SQ & Tender will be issued via L & Q's In-Tend portal and you will need to register on the system to take part.
This is a Restricted Process with SQ submissions short-listed to 6 suppliers who will be taken through to ITT stage. One contract will be awarded for the entire contract.
This agreement will cover a Service Contract for the maintenance (both planned and reactive) of our Building Connectivity Outstation (BCO) and Building Network Outstation (BNO). A BCO and BMO are installed at various L&Q properties across London and the South East and these provide real-time information to a monitored Dashboard (L&Q Connect). The Building Connectivity Project (BCP) infrastructure improves L&Q's approach to managing our communal building services such as: HVAC Plant, Safety Systems, Fire Alarms and Hot & Cold-Water Pumps. The infrastructure provides L&Q with live information on faults, allowing callouts to be arranged with repairs contractors.
Is a Recurrent Procurement Type? : No