The boiler management unit is a device designed to control the burner firing
patterns on conventional gas or oil fired boilers of 50Kw or above. It is designed to control the boiler only, and will not conflict with an existing Boiler Management System. Instead, it provides optimisation, compensation and sequencing systems or legionella control for stored hot water.
A BMS will control the boiler output by signals from various sensors
located around the building, as well as incorporating time scheduling,
boiler sequencing, weather compensation (variable temperature control)
or demand control. None of these control strategies create conflict or duplication with the PRU.
• Savings will be reported through the Remote Tracking Unit (RTU) which clients can access via a web portal. The RTU allows you to review savings within a matter of days and plot performance against expectation. It also ensures that potential problems are flagged and investigated quickly, guiding operations and ensuring maximum benefits.
• These units have already been installed in over 9,000 locations with average savings in excess of 15%. One of our clients is BUPA Care Homes for which we recentlycarried out a test pilot to further clarify savings.
The boiler upgrade unit works with your existing gas or oil powered boiler and control systems to reduce energy consumption without reducing comfort or performance. Your heating/hot water system will not drop in temperature as a result of installing the unit. Typically you will see 50-100 less firings in a 24 hour period increasing efficiency and helping to increase the life of your boilers. The unit is easy to install, typically taking less than 2 hours, and does not interrupt the operation of the system. The unit is also certified by the Building Research establishment (BRE).
• Once operational, the unit’s unique intelligent remote monitoring software allows you to monitor savings
achieved on a daily basis from your own computer. The savings report can be accessed at any time to give up to date information on current savings levels and cumulative savings achieved.
• Not an anti dry-cycle solution. Such units can inhibit the boiler from firing when the building load is satisfied and lead to unsatisfactory performance.
In addition to the boiler managerment unit,it is always beneficial to insulate the plant room. This eliminates unnecessary heat wastage in boiler rooms by ensuring all un-insulated valves, flanges, cnnections and other awkward shaped fittings are insulated. A recent case study at a school in Eastbourne showed that where 115 assorted plant room insulation covers were fitted in the plant room, a payback of 1.5 years was achieved based on a fuel cost of 2.5p/kWh. All of the products that we offer our clients demonstrate quantifiable energy savings – oth fiscally and also carbon, we always provide clear payback periods. Simple to install Plant Room Insulation keeps heat in the system and delivers valuable savings.
. Manufactured to the highestspecification conforming to BS5422
. Made from 50mm thick foil backed mineral wool quilt in an outer covering of Aramid cloth with triple coated polymer uminised coating
. Inner cover is woven Aramid cloth with an internal silicon coating
. Tie sleeves made from silicon coated Aramid cloth with single strand woven fibre-proof ties.
. Closures are of aircraft quality hook and loop material and whole cover is stitched together with Kevlar coated thread
. All products are consistent with Class ‘O’ of UK Building Regulations
Payback of initial costs are usually achieved in 12-24 months.
A free quotation for your plant room will be provided.
Based on an energy cost of 2.5p/kwh the payback of initial costs will be 12-24 months depending on overall energy consumption.
An uninsulated 4” valve will radiate 1722kw of heat a year.
Covers t on uninsulated valves, anges, lters and ttingsDesigned and manufactured to high specication, conforming to BS5422.
Standard covers insulate at temperatures up to 200 degrees, higher temperatures materials are available on request.