Author: Tom
Infared
Infared Panels
Genesis Me champions Infared technology. Come back soon for specifications and details of our product range.
If you have an urgent project on the horizon, all power to you; get in touch – we’re ready to hear all about it.
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Exploring Modern Construction Methods: A Comparative Analysis
The evolution of construction methods has introduced innovative solutions, each bringing unique attributes to the table. In this exploration, James Price of Genesis ME delves into the world of modern construction techniques for building fabric, with a special focus on Timber Frame, Light Steel Frame, Hempcrete, and structurally insulated panels like Mantle Panel & Dragonboard.
When seeking sustainable alternatives to traditional methods, understanding the potential impact on environment, construction efficiency, versatility & sustainability for each system becomes paramount.
| Construction Method | Environmental Impact | Construction Efficiency | Versatility | Sustainability |
| Timber Construction | Low embodied carbon compared to traditional methods | May have longer construction times due to curing and moisture | Limited span capabilities, potential vulnerability to pests | Sustainably sourced timber can contribute to eco-friendliness |
| Minimal construction pollution when responsibly sourced | Limited design flexibility | |||
| Light Steel Frame Construction | High embodied carbon due to steel production | Quick construction timelines | Versatile design possibilities | May not align with sustainability goals due to high embodied carbon |
| Construction pollution from manufacturing and transportation | ||||
| Hempcrete Construction | Low embodied carbon | May have longer curing times | Limited load-bearing capacity, potential structural limitations | Renewable and sustainable, carbon-negative material |
| Minimal construction pollution | ||||
| SIP Panel Construction | Low embodied carbon | Quick construction timelines, low U Values | Versatile external finish, DIPs offer design flexibility | Low-energy manufacturing process, use of sustainable materials |
| Minimal construction pollution | Faster build times with weather-resistant shell | |||
| Limited cold bridging |
Navigating the diverse landscape of construction methods, the choice between Timber Frame, Light Steel Frame, Hempcrete, and SIP panel hinges on project-specific needs, sustainability goals, and environmental considerations. SIP Panels with its impressive attributes and innovative options, emerges as a strong contender in the realm of modern construction, providing architects and developers with a versatile and sustainable solution for contemporary building projects. Whether it’s fire resistance, water resilience, or low-energy manufacturing, SIP panel systems aligns seamlessly with the growing demand for resilient and eco-friendly construction practices.
Advantages of a SIP panel System
Benefits of a SIP panel system
Contact Genesis ME today to understand more about building fabric and how different fabrics effect the HVAC design.
Thermino range
Thermino range
A thermal energy storage solution that replaces hot water cylinders
- Easy fit
- Reliable
- No mandatory maintenance
- 10-year warranty*
- On demand
- Saves space
- Uses renewables
- Cuts CO2
Our hot water batteries maximise the use of renewable energy and can be charged by air-source heat pumps, ground-source heat pumps, grid electricity and solar PV.
Ideal for retrofitting to existing hot water systems as well as specifying for use in new build projects. Their sleek, super-compact design means they look good in any home and free-up valuable storage space.
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Energie Aquapura Monobloc
Energie Aquapura Monobloc
Full TDS and highlights coming soon
- In the meantime, please click the download link for full details
Download Technical Specification PDF
Download Tech Spec
Energie Eco
Energie Eco
Control your home’s IAE with powerful air volume capacity and high thermal efficiency
- Full Tech Specs and highlights coming soon
Download Technical Specification PDF
Download Tech Spec
Energie Solar Box
Energie Solar Box
Capture energy for your home via solar radiation, outdoor air, wind and rain
- Captures energy from multiple elements
- Increased heat exchange
The Solar Box Thermodynamic Solar System is a piece of equipment based on the principle of cooling by compression – the Carnot principle – which we have named Thermodynamic Solar Systems: Solar Panel and a Heat Pump.
The solar panel, which is the main component, placed outdoors, ensures the capture of energy from:
- Direct and diffuse solar radiation
- Outdoor air, via natural convection
- The effect of the wind (almost always existent)
- Rainwater
The temperature difference caused by the aforementioned external agents ensures the refrigerant fluid evaporates inside the solar panel.
The absence of glass in the panel ensures increased heat exchange via convection.
After passing through the panel, the refrigerant fluid is sucked in by the mechanical component of the system, the compressor, raising the temperature and pressure of the same; which in turn is transferred to the water circuit by means of the panel heat exchanger.
Before the refrigerant fluid returns to the solar panel the pressure needs to be reduced to guarantee it attains its liquid state once again, there by completing the cycle.
The ease with which we combine technology and the laws of nature (alteration of the state of a fluid), demonstrates the veracity and potential of Solar Box.
Download Technical Specification PDF
Download Tech Spec
Unohab Unit
Unohab
Award winning Compact Effective MVHR solution for extensions or single rooms
- Three modes
- Can be installed in multiple rooms with a single controller
- Designed for heat recovery
- Purge ventilation or push and pull ventilation
With regard to decentralised ventilation, the focus is on two main points: On one hand, high efficiency is a prerequisite for the economical operation of the units whilst on the other hand, the individual ventilation units must form a complete system in perfect co-ordination with each other.
The Airflow Unohab unit is among the best in its class in both categories. Thanks to the preconfigured design and the quick and simple installation, the Unohab provides an economical solution for the ventilation of single rooms. The perfect combination of ceramic heat accumulator, flow straighteners and an EC fan make the Unohab exceptionally efficient and quiet.
A minimum of two alternating units form a functioning ventilation system, whereby multiple Unohab units are installed depending on the air requirement of the dwelling. The intelligent control unit enables the optimal adjustment of individual volume flows – even with an odd number of devices. Furthermore, it is possible for the first time to implement combi-ventilation in combination with extract air solutions, such as the Airflow QuietAir.
Commissioning is made simple: Thanks to the clever software, the settings can be configured directly via a PC or laptop – quick and user friendly. Thus, there is only one thing for the residents to do: Relax, sit back and take a deep breath!
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DUPLEXbase PS 6000
DUPLEXbase PS 6000
Compact design and excellent heat recovery efficiency – up to 93%
- Air volume up to 6000 m3/h (1.66 m3/s) at 300 Pa according to ErP 2018
- Excellent heat recovery efficiency up to 93%
- Compact design and high flexibility in unit orientation
- Low SFP with energy saving EC fans
- Filter access doors for easy maintenance
- Excellent thermal insulation (class T2, TB1)
- 100% adjustable digital controller with Internet and BMS connection
- BREEAM, Part L, Volume 2 and ErP 2018 compliant
- 2 year warranty*
Optional features
– Modulating control based on flow (constant flow function)
– Modulating control based on pressure (0-10V input)
– Pre and post-heating coils
– Cooling coils
– CO2 monitors
Download Technical Specification PDF
Download Tech Spec
DUPLEXbase PS 4500
DUPLEXbase PS 4500
Air volume up to 4500 m3/h (1.25 m3/s) at 300 Pa
- Air volume up to 4500 m3/h (1.25 m3/s) at 300 Pa according to ErP 2018
- Excellent heat recovery efficiency up to 93%
- Compact design and high flexibility in unit orientation
- Low SFP with energy saving EC fans
- Filter access doors for easy maintenance
- Excellent thermal insulation (class T2, TB1)
- 100% adjustable digital controller with Internet and BMS connection
- BREEAM, Part L, Volume 2 and ErP 2018 compliant
- 2 year warranty*
Optional features
– Modulating control based on flow (constant flow function)
– Modulating control based on pressure (0-10V input)
– Pre and post-heating coils
– Cooling coils
– CO2 monitors
Download Technical Specification PDF