World class homes
The Pear Blossom 3 bed semi-detached Affordable family home
Welcome to The Pear Blossom, a spacious 5-bedroom semi-detached family home designed for comfort and sustainability. Spread across three storeys, this home features triple glazing, solar panels, a car charging point, advanced battery storage, MVHR, and a compact thermal store for hot water—offering an eco-friendly solution for modern living.
5 Bedrooms
3 Bathroom / En-Suite
3 Storeys
Triple Glazing
Solar Panels
Car Charging Point
Battery Storage
MVHR
Hot Water Compact Thermal Store
Benefits and Features
- The home is run by renewable energy
- Passive homes have a score of 0.15 our homes score 0.12
- Energy Performance Certificate (EPC) Score of 104
- Zero interstitial condensation
- No shrinkage unlike traditional houses
- Zero cold spots
- No thermal bridges
- No thermal breaks throughout
- Creepage for corner to corner is within 5mm compared to traditional housing which is 25-30mm
- Our systems have two cavities which is a world first
- Heating will be at a minimum due to utilising the buildings thermal mass
- 3 barrier layers operating to maintain thermal mass, air temperature and relative humidity
- On-site build time is 6 weeks end to end, as opposed to 12 to 16 weeks for traditional builds
- The home is watertight in just 5 days, with possible further reductions to come in the future
- The house exceeds Part L, Part O and Part F building regulations being a rating of A++ EPC, whereas the minimum required is B+ EPC
- To meet the 2025 Future Homes Standard, a minimum score of 81 is required, this home scores 104, far exceeding their requirement
Floor plans
Ground Floor
Area = 39.10sqm
First Floor
Area = 38.90sqm
Second Floor
Area = 29.80sqm
TOTAL = 107.8sqm (1,160sqft)
Why Choose the Pear Blossom
Affordable Family Home
Built in large quantities using a patented bespoke green method of modern construction.
Runs on Renewable Energy
The home is run by renewable energy, including solar panels, battery storage and car charging port
0% Carbon
Our homes are built and removed leaving a 0% carbon footprint
Frequently asked questions
Welcome to our FAQ section for our innovative 5-bedroom home. Powered entirely by renewable energy, our home boasts an impressive EPC score of 104, far exceeding the 2025 Future Homes Standard. Designed for ultimate efficiency and comfort, it features zero interstitial condensation, no thermal bridges, and three barrier layers for superior thermal performance. Enjoy a cosy, energy-efficient living experience with minimal heating needs and quick on-site build times of just 6 weeks. Discover more about our cutting-edge design and sustainability features below.
What makes our 4-bedroom home energy efficient?
Our 5-bedroom home is energy efficient due to its innovative use of renewable energy and cutting-edge construction techniques. It achieves a Passive House score of 0.12, surpassing industry standards, and boasts an EPC score of 104, well above the 2025 Future Homes Standard of 81. Advanced insulation ensures zero cold spots, no thermal bridges, and no interstitial condensation, maintaining consistent indoor temperatures. With three barrier layers managing thermal mass, air temperature, and humidity, heating requirements are minimal. The double-cavity system, a world first, enhances energy efficiency, while fast on-site build times ensure quality and reduced environmental impact.
How does the home achieve an Energy Performance Certificate (EPC) score of 104?
The home achieves an impressive Energy Performance Certificate (EPC) score of 104 by utilising renewable energy, superior insulation, and advanced building technologies. Its design eliminates cold spots, thermal bridges, and interstitial condensation, while maintaining high thermal mass with minimal heating needs. The innovative double-cavity system and three barrier layers ensure excellent energy efficiency, far exceeding the required standards.
What are the benefits of zero interstitial condensation and no thermal bridges?
Zero interstitial condensation prevents moisture buildup within the walls, eliminating mold, structural damage, and maintaining a healthier indoor environment. No thermal bridges ensure consistent insulation throughout the home, avoiding cold spots and reducing heat loss, which improves energy efficiency, enhances comfort, and lowers heating costs. Together, they ensure long-term durability and optimal living conditions.
How does the on-site build time compare to traditional homes?
Our ground works are completely different from a traditional build as we use 83% recyclable chipboard blocks for our foundation blocks. We use no concrete other what is in the footings and blocks which is low carbon concrete. we erect our houses with no scaffolding which has never been done before, all this then reduces the time by up to 70%.
What role do the three barrier layers play in maintaining thermal mass and air temperature?
It reduces moisture content and allows the overall fabric to breath which then shows no cracking or movement within the building envelope.
How does our home exceed the 2025 Future Homes Standard requirements?
Our houses cost zero to run because the thermal mass heats and cools the house our houses are run by renewable energy and most important are zero carbon to be achieved by 2050 our product has a world class patented design.
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