| No. | Source | Property Date construction/conversion | Storeys/Location | Property Type | Summary Information | Hazard | Link |
| 1 | BCC | 1936 | Ground / 1st Floor | Semi- detached House | Although the dwelling has insulated cavity walls, double glazed windows throughout, and full gas central heating, including a radiator in the attic room, there is no insulation to the main roof, or any insulation in the attic room floor cavity. Lack of insulation in the attic would counter the positive factors. | C | Example 1 |
| 2 | BCC | Pre 1920 | Two Storey | Mid-terraced, House | Heating is provided by storage heaters, which are in good working order, but do not have an additional “convector boost” or dual heat facility. The charge period associated with economy tariffs and high static heat losses associated with these heaters means that there will be inadequate heating in the evenings and early mornings. At these times, the house has a higher likelihood than average, of becoming unhealthily cold in winter without the use of supplementary heating. | B | Example 2 |
| 3 | CLG | 1960 | 5th & 6th Floor Maisonette | 9 storey slab block of 32 maisonettes | There is damp and mould growth to the external walls of the upper floor rooms. Available heating is inefficient and expensive to run. The exposed position of the block, together with the large, single-glazed windows, mean that there is considerable heat loss. The likelihood of the dwelling being unhealthily cold is increased substantially. | A | Example 3 |
| 4 | CLG | Victorian | 3 Storey House converted into 3 self- contained flats in the 1950s | Top Floor Flat | Heating and loft insulation is inadequate. The likelihood of the dwelling becoming unhealthily cold is significantly higher than for the average Pre-1920 dwellin | A | Example 4 |
| 5 | CLG | 1950 | Ground / 1st Floor | Semi- detached house | The walls are of steel frame construction, faced externally with vertical steel sheeting. Internally, the walls are finished with plasterboard supported on timber frames. Heating and insulation is inadequate. The likelihood of the dwelling being unhealthily cold is increased. | A | Example 5 |
| 6 | CLG | Pre 1920 | Ground / 1stFloor | 3-bedroomed House | Full gas-fired central heating is installed. All windows are single glazed, and the roof space lacks any form of thermal insulation, which increases the likelihood of excess cold to higher than average. | C | Example 6 |
| 7 | BCC | Pre 1920 | 1st Floor | Bed Sit | This dwelling is a bed/living room of 21.7m2 floor area located on the first floor and includes cooking facilities. The ceiling is around 2700mm high. It has two heat loss walls (front and side), both of which have a large window (bay to front) constructed of pvu-c with double glazing. | A | Example 7 |
| 8 | BCC | 1970 | End terrace | 3 storey house | The ground floor comprises of a bedroom, study and a WC, on the first floor is a kitchen and lounge; two bedrooms and a bathroom are on the second floor. The front elevation is north-east facing. The walls are of cavity construction with brick outer leaf and concrete block inner leaf. At the top floor level, the external wall has some additional exterior timber cladding to both the front and rear elevations. There is around 150mm of loft insulation present but there is no insulation to the wall cavity. The dwelling has a full gas fired central heating system withadequately sized radiators in each room and within the stairwell. Windows are all timber, single glazed, casements of typical size, although within the rear wall of the lounge there are two large picture windows that extend from floor tovirtually ceiling level and make up around 60% of the overall area of the rear heat loss wall. All the windows are inreasonably good repair condition and no more draughty than to be expected for their age and style | D | Example 8 |
| 9 | WoE | 1950 | Two storey semi-detached system built house | Two storey semi-detached system built house | This dwelling comprises a ground floor, containing lounge, dining room and kitchen, and a first floor, containing 3 bedrooms and a bathroom. The original concrete panel walls on the ground floor have been replaced with a fully insulated cavity construction. The Mansard roof remains, and at first floor level this consists of roofing tiles, rafters and plasterboard with internal skim, but is otherwise uninsulated. It has been calculated that this first flooraspect of the roof structure provides the same U value as a solid 9 inch wall. The loft space is provided with 250mm of insulation. Windows and doors are UPvC double glazed. There is gas fired central heating thoughout the dwelling.There is a wood burning stove in the lounge. The energy efficiency rating for this house has been calculated at 58 (RDSAP methodology) which is above the average energy eficiency rating in England and Wales (46). | D | Example 9 |