your energy solutions · ‘ your system is then controlled by a traditional room thermostat. ‘...

• cylinders • biomass • solar • pv batteries • air heat recovery • heat pumps •

heat pumps •air heat recovery •solar •pv batteries •underfloor •cylinders

• heat pumps • air heat recovery • solar • pv batteries • biomass • cylinders •

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Your Energy Solutions

Reducing our impact on the EnvironmentWe all would like to reduce our impact on the environment, with Your Energy Solutions renewable energy systems you canconsiderably lower your energy bills and reduce your carbon footprint in both your home or work place.

Time to change the way we use our energy

premium quality, premium performing equipment, dedicated technical & design support

Your Energyheat pumps

Your Energyheat recovery

Your Energypv batteries

Your Energysolar

Your Energycylinders

Your Energybiomass

Your Energyunderfloor

Your Energy Solutions

Why Renewable Energy Technology?With space heating and hot water accounting for nearly three quarters of the energy consumed in our homes and ever increasingdemands on electricity, the introduction of sustainable renewable technology becomes a more considered choice!

Heat Pumps harvest and convert free outdoor air into renewable environment friendly heat for our homes. Our industry leadingrange average an output of 3.8kW for every 1kW of input electrical energy, operating efficiently in temperatures as low as -15°C.

Solar Hot Water is free, clean and safe, in the UK we receive as much as 60% of the solar radiation experienced at the equatorproviding the ability to reduce hot water bills by up to 70%.

Biomass Boilers offer superb returns, in particular to larger off grid properties using sustainable pellets for fuel, providing significantsavings over oil and gas boilers.

Solar PV, possibly the simplest and cleanest renewable technology, harnesses the suns rays, converting into free electricity, combinedwith the latest Battery Storage technology now means free daytime electricity can be stored and used after daylight hours.

Air Heat Recovery is more significant for commercial, retail and industrial premises using high output refrigeration or air conditioningsystems. The production of chilled ambient air produces extreme waste heat otherwise dispensed into the atmosphere. Our AirHeat Recovery systems convert the captured waste heat into free space and hot water heating, producing typical ROI’s of 3 years!

Hot Water Cylinders: industry leading high efficiency, low heat loss, made from duplex stainless steel with a lifetime guaranteecomplete any energy conscious environment, combined with Underfloor Heating meets with todays modern streamlined designs.

Renewable Heat Incentive (RHI) & Feed In Tariff (FIT) - RHI and FIT are the Government’s Renewable Heat Incentive schemesproviding free money to both domestic and non-domestic properties investing in renewable technology.

Your Energy Solutions offers industry leading sustainable renewable technologies with an unrivalled combination of Quality,Value and Technical Expertise.

Quality - Our high efficiency systems have been specifically designed for UK climate conditions, manufactured in a state of the art,quality assured, production facilities with strong warranties and support.

Value - Your Energy Solutions high quality highly automated manufacturing partners provide a sure and solid platform to supplyand support its distributors and merchants with the best value premium quality technology.

Technical Expertise - At Your Energy Solutions we recognise system design specification is critical to optimum system perfor-mance with a strong technical and ongoing support service for all our distributors, merchants and install network.

Fossil fuels are running outIn an uncertain world we need tomove away from fossil fuels towardsrenewable sustainable technology.

Global W armingWe need to reduce our carbon footprint.Making our energy usage more efficientmakes a significant contribution.

Ever increasing fuel billsRenewable Energy Technology isthe best way to protect against theimpact of increasing fuel prices.

www.yourenergysolutions.eu

Monobloc, Split & Swimming Pool Air Source Heat PumpsDesigned and built specifically for British Homes and Climate

Our heat pumps have been engineered to meet the specific demands of British homes and inclement climate, featuring a fullcolour touch screen controller with simple, intuitive functionality making easier to install and operate providing all your waterheating needs at a fraction of the fuel cost of a conventional boiler.

Finished in British Racing Green featuring a sleek gun metal fan grill, we believe provide a prestige finish and allow the units toblend into most environments.

Your Energy heat pumps

Total Comfort - All the heat & hot water you need 365 days a yearImagine a world where your home is always maintained at the most comfortabletemperature without the need to keep changing heating settings or worryingabout energy costs, with a heat pump you simply set your thermostats and relaxwith peace of mind. A heat pump automatically reheats your hot water cylinderand maintains your desired room temperature regardless of how cold it getsoutside, reducing your energy bills by up to 50%.

Get up to £9,000 from the government (RHI) Renewable Heat Incentive schemeTo encourage homeowners to switch to renewable technologies like heat pumps and solar thermal, the government has launched theRENEWABLE HEAT INCENTIVE (RHI). For a typical 3-bed home they will give you around £6,000 if you install a heat pump and a further£3,000 for the installation of a solar thermal system. This should sufficiently offset the initial investment cost with peace of mind thatyou are also producing significant savings and protection against rising fuel bills.

1kWh Electricity=

up to 5kWh Heat

2 to 4 kWh offree Ambient air

What is a Heat Pump and how does it work?A heat pump ‘collects’ free energy from the atmosphere which is converted into heat via acompressor generating up to 5kWh of thermal energy for every 1 kWh of electrical energy used.

Using a Your Energy Air Source Heat Pump can significantly reduce both yourhome energy bills & carbon footprint

Your Energy

Lower heating billsBased on a typical well insulated 200m² home you could save :

Annual Heating Cost Comparisons

Electric Heating Oil Boiler Gas Boiler Heat Pump

• 70% less than Electric Heating• 54% less than Oil Boiler• 29% leas than Gas Boiler

• 66% less CO₂ than Electric Heating• 50% less CO₂ than Oil Heating• 30% leas CO₂ than Gas Heating

0.00

0.10

0.20

0.30

0.40

0.50

Electric Oil Boiler Gas Boiler Heat Pumps

0.430.30

0.20 0.14

EmissionsKgs of CO₂ per kWh heat produced

CO₂

LowerCO₂ EmissionsHeat Pumps produce much less CO₂

Easier to Install and OperateL&C heat pumps use a full colour touch screen controller with software designed specifically for our heat pumps. This makes our unitssimple to integrate into UK homes and simple to set up and operate.


4 STAGE ANTI-RUST PAINT PROCESS

Robust grill to protectagainst blown leaves

Treated & coatedscrews toprevent rusting

All metal on metalfixings rubber dampedto stop vibration noiseand reduce rusting

Hidden wall brackets(Or can use purposedesigned floor mounting)

Heat mats factory fitted asstandard. (These are essential inthe UK but many suppliers onlyoffer as an added extra thatmust be fitted by the installer)

Heat Pumps Engineered for British Homes & Weather

Anti-freeze function

Water circulation and compressor can be automatically performed atlow outdoor temperature. Freezing of circulated water can be prevented.

Anti-legionella function

The growth of Legionella in DHW tank is suppressed andsafe allowing clean hot water to be supplied at all times.

Blue Fin Anti Corrosion

A standard inclusion in all L&C Heat Pumps, Blue Fin is a high performance2-pack epoxy finish aluminium foil, specifically designed for application toaluminium that remains flexible.Blue Fin is ideal for refrigeration heat exchanger coils were they might beexposed to harsh coastal conditions or mild hazardous industrial or com-mercial environments that are corrosive to the materials of the coil.Blue Fin offers excellent resistance to common corrosive agents such asammonia, sodium hydroxide, saltwater and sodium chloride.

Simple Controls• Your heat pump parameters w ill be set by your installer, you w ill not need to alter any settings.• Your system is then controlled by a traditional room thermostat.• The thermostat is set by you to your desired times and temperature.• The control system w ill be very similar to a standard home heating system .

Ultimate Efficiency at UK winter temperaturesOur units are designed to provide optimum performance at typical UKwinter temperatures (between -2ºC to 7ºC )and deliverexceptionallyhigh COP’s of 4.5 – 4.8(A7/LWT35).This means they are more efficientand cheaper to run than most other systems achieving a higher COP’sthan most of the leading competitors.Our unique defrost process means we get better performance in thecritical temperature range of between -2°C & +2°C because our unitsgo into defrost mode less often.For example, when the outside temperature is -2°C the our 9kW heatpump is 20% more efficient than a typical alternative (see graph opposite).

(COP is the ratio of heat produced vs energy used. ie, a COP of 4 means the heat pumpproduces 4 units of heat for every 1 unit of energy used to power the heat pump)

2.372.75

3.52

4.52

2.25 2.3

2.76

4.31

1.5 COP

2 COP

2.5 COP

3 COP

3.5 COP

4 COP

4.5 COP

5 COP

-7°C -2°C +2°C +7°C

COP Comparison - UK Temperatures

L&C 9kW

Samsung 9kW

Daikin Mitsubishi Samsung L&C 8kW 8.5kW 9kW 9kW

COP Comparisons 8Kw - 9Kw unitsOutside temp 7ºC/LWT 35ºC

COP


Monobloc Range Technical Specification

-7 12.2 5 12.05 5.09 11.9 5.21 11.5 5.51 12 6.4-2 13.4 4.47 11.9 4.9 11.72 5.08 11.31 5.41 12.6 5.362 14.5 4.11 13.9 4.32 13.23 4.53 12.7 4.76 13.2 5.137 17 3.75 16.62 3.83 16.25 3.92 14.1 4.8 13.52 5

Ambient HC PI HC PI HC PI HC PI HC PI

LWC - Leaving water temperature (°C) HC - Heating capacity (kW) PI - Power input

Product Code LCM-06 LCM-09 LCM-17

Outdoor Unit 6kW 9kW 17kWPower supplyNominal Capacity* Heating kW 6 9 17Nominal input* Heating kw 1.37 1.99 3.7

Sound pressure level dBA 48 50 53Heating Capacity Max kW 6 9 17

Min. °C -15 -15 -15Max °C 43 43 43c

Max water flow temp °C 55 55 55Electrical heaters kw 3 3 4Refrigerant typeRefrigerant quantity in unit outside kg 1.35kg 1.96kg 3.85kgCompressor Toshiba - inverter Hitachi - inverter Mitsubishi - inverterHeat mats fitted yes yes yes

Piping water pipefemale

Height mm 860 905 1250

Width mm 860 965 963Depth mm 340 365 343

Weight KG 95 105 120

Indoor unit 6kW 9kW 17kWHeight mm 435 435 435

Width mm 290 290 290Depth mm 120 120 120

Weight Weight KG 6kg 6kg 6kg

* Ambient air temperature 7°C and leaving water temperature 35°C (A7 W35)

220-240v 50Hz 220-240v 50Hz 220-240v 50Hz

R410a R410aR410a

1inch 1/4(female) 1inch 1/4(female)1inch 1/4(female)

Dimensions

Dimensions outside unit

Outdoor temperature range

Monobloc Heating Capacity Tables LWC (°C) 35° 40° 45° 50° 55°

-7 5.03 1.88 5.05 2 5.08 2.14 5.1 2.28 5.13 2.43-2 4.86 1.43 4.64 1.5 4.47 1.67 4.34 1.8 4.24 1.942 5.05 1.39 4.88 1.45 4.78 1.48 4.52 1.52 4.36 1.547 6.38 1.33 6.12 1.45 5.92 1.57 5.72 1.7 4.86 1.69-7 7.1 2.99 7.13 3.19 7.15 3.41 7.18 3.63 7 3.88-2 7.5 2.73 6.75 2.79 6.6 2.85 6.2 2.92 5.8 2.932 8.17 2.32 7.84 2.33 7.45 2.48 7.1 2.64 6.7 2.87 9 1.99 8.8 2.18 8.6 2.34 8.17 2.53 7.84 2.73

LCM-17

LCM-09

LCM-06

A Your Energy swimming pool heat pump is one of the most economical a n d e n e r g y e f f i c i e n t systems to heat aswimming pool. Using free renewable energy from the air, a Your Energy swimming pool heat pump can be up to 5times more efficient than a traditional heating system, lengthening your swimming season from not only summermonths, but also spring, autumn and even winter time!


Your Energy swimming pool heat pumps

• Ecological and economical heatingBy making use of the renewable energy in the outside air, our pool heat pumps consume much less energy withlow carbon emission, using environment friendly advanced refrigerant R410A which has no effect on Ozone.

• Titanium heat exchangerAn advanced titanium heat exchanger guarantees a long life span protecting from corrosion and rust allowing usewith all types of water treatment such as chlorinate, iodine, bromine and even salt water.

• Multiple functions- Cooling and heating functions available;- Auto operation, Auto-restart, Auto defrost- Timer on/off: no human attendance is required- Wide ambient working condition: -5°C to 43°C

• Operation ProtectionTo guarantee the stable running of the unit, multiple protection devices have been implementedf which includeinsufficient water flow protection, high/low pressure protection, overload protection, compressor protection.

• Self-diagnosisThe swimming pool heat pump control unit continuously runs self-diagnosis checks displaying live data onthe LCD screen for simple observation.

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M

Available in various colours to best suit your swimming pool environment Racing green • silver • black • white • bronze


Swimming Pool Heat Pump Technical Specification


While a central air conditioning or a refrigeration system cools air/water, it creates excess waste heat in the process by removing both heatfrom within the building and excess heat from the compressor(s) which would normally be discharged into the atmosphere. With a HRS (HeatRecovery System) the expelled waste heat is diverted through our vented double-wall heat exchanger safely heating either a hot watercylinder, being reintroduced as controlled space heating or even contributing the free energy into heating a swimming pool, dramaticallyreducing costs and carbon emissions with typical ROI’s achievable within 3 years.

Design and install of your heat recovery systemDesigning and installing a heat recovery system is bespoke to each site, its imperative that the heat exchanger (desuperheater) is correctlydesigned and built to suit the existing plant. Since the desuperheater is removing heat from pressurised gas, it has to be able to recover theexcess heat without restricting or condensing the gas, but still able to recover enough useable heat.

Improved compressor life and greater A/C or refrigeration efficiencyIn addition to free heat and hot water, our Heat Recovery Systems also deliver extended compressor life on existing units along withimproved A/C or refrigeration efficiency by increasing the condensing capability, reducing the load and energy usage by up to 15%. Our heatrecovery technology can be implemented into most existing systems with cooling equipment upwards of 4kw (typical walk in fridge freezer).

Heat Recovery and Renewable EnergyHeat Recovery could be considered a greener option as it is utilising waste heat otherwise being dispersed into the atmosphere and addingto global warming. As a HRS improves the efficiency of the existing plant, it will always be carbon negative regardless of the output. If the hotwater/heating demand is greater than the heat recovery system supply, combining heat recovery with a solar or heat pump system is ideal.

Compact Heat Recovery UnitThe compact Heat Recovery Unit (HRU) is ideal for smaller application requirements, capturing waste heat discharged from the refrigerantcycle in air conditioning, refrigeration or heat pumps and transfers that heat into a hot water cylinder. This again improves the coolingefficiency and extends the life expectancy of the air conditioner, refrigeration unit or heat pump units.Most refrigeration systems up to 20 ton with standard pipe sizes can use the compact heat recovery units (HRU). Being wall mounted with abuilt in circulation pump and controls, compact HRU's can be installed with minimum disruption.Each compact single HRU uses only 90-113 w/h but can produce between 240-420 litres of free hot water per hour, depending on therefrigeration system.HRU’s can be cascaded for particular applications where multiple smaller refrigeration units are being used. Each refrigeration cycle cantherefore be separate, but the water circuits connected, saving installation, time, space and materials.

Not a new TechnologyThe “greener option” recommended by the Carbon Trust, Heat recovery from refrigeration or desuperheating as it is sometimes called, is nota new technology, it has been common practice in North America, Scandinavia and Germany for decades.

25+ years life expectancyA heat recovery system is in itself very simple and so long as well maintained, should last well beyond 25+ years. The system has only onemoving part (a circulation pump) which makes it extremely reliable and durable.

Typical benefiting environments forHeat Recovery:● Manufacturing● Food & Drink production● Supermarkets, Convenience stores● Hotels, Resturants, Pubs● Hospitals, Nursing Homes● Offices, Schools● Leisure centres, Swimming pools● Abattoirs

Free heat & hot water from your existing cooling system and ROI’s within 3 years

How a Heat Recovery System works

Compact HRU

Comercial HRU

Heat Source

Energy Storage

Energy re-use

Heat Recovery Unit

Your Energy heat recovery

Did you know?A heat recovery system can recover waste heatenergy from almost any waste heat disposal, forexample hot water from manufacturing or cateringproduction, which would normally be dumped sinceit has been contaminated, can be reused to pre-heat water for the next production cycle, potablehot water cylinder or space heating, reducing over-all running cost and energy required.


Your Energy solar pv

Solar panel electricity systems, also known as solar photovoltaics (PV), capture the sun's energy using and convert the sunlight intoelectricity which can then be used to run household appliances and lighting. These cells don't need direct sunlight to work, they can stillgenerate some electricity even on a cloudy day. The photovoltaic cells are made from layers of semi-conducting material, usually silicon,when light shines on the cell it creates an electric field across the layers, the stronger the sunshine, the more electricity is produced.

Our significant experience means we can design the best performing solarsystem for your home or business taking into account, location, orientation andpitch of your roof. Choosing the right components for your system is crucial tomaximizing its performance we use only Tier One products working with differ-ent manufactures to ensure we provide the best solution for your home orbusiness.

If you require installation, we can provide quotations. Our associated install teams are highly experienced in all factors of solar pvensuring a peace of mind process from start to finish. An initial free assessment survey will be conducted on your property,providing a no obligation quotation based on your properties specific needs and requirements. Once agreed we then manage theentire process from install through to assisting with the handling of your Feed-In Tariff application with your energy provider,including the provision of MCS qualification and provision of a free EPC.

The benefits of solar electricityCut your electricity bills. Sunlight is free, so once you've paid for theinitial installation, your electricity costs will be reduced.Get paid for the electricity you generate. The Feed-in Tariff scheme(FIT’s) pays you for the electricity you generate, even if you use it!Cut your carbon footprint. Solar electricity is green renewable ener-gy and doesn't release any harmful carbon dioxide or other pollut-ants. A typical home solar PV system could save over a tonne and ahalf of carbon dioxide per year – that's more than 30 tonnes overits lifetime.

Solar panels v tilesThe power of a PV cell is measured in kilowatts peak (kWp) which is the rate itgenerates energy at peak performance in full direct sunlight. PV cells come in avariety of shapes and sizes. Most PV systems are made up of panels that fit ontop of an existing roof, but you can also fit solar tiles. Solar tiles are designed tobe used in place of ordinary roof tiles, though this is usually not as cost-effectiveas panels, typically costing around double of an equivalent panel system. Solartile systems are usually only considered for aesthetic or planning reasons.

Kilowatt hours of electricity produced and Co₂ savings per yearA 4kWp system can generate around 3,800 kilowatt hours of electricity ayear in the south of England saving nearly two tonnes of carbon dioxideevery year. A 4kWp system in Scotland can generate about 3,200 kilowatthours of electricity a year saving more than a tonne and a half of carbondioxide every year.

MaintenanceOnce fitted, your installer should leave written details of any maintenance checks to be carried out to ensure optimum performance. Thisshould include details of the main inverter fault signals and key trouble-shooting guidance.Solar PV needs little maintenance – you'll just need to keep the panels relatively clean and make sure trees don't begin to overshadowthem. Panels that are tilted at 15° or more have the additional benefit of being cleaned by rainfall to ensure optimal performance.Panels should last 25 years or more, but the inverter is likely to need replacing some time during this period.

For information on FITs and recent changes please visit: http://www.energysavingtrust.org.uk/domestic/solar-panels

Generate free, green electricity from sunlight

Your Energy pv battery storage


Solar battery storage systems are the perfect solution to utilise your self generated free solar power. By installing a battery system, youwill be able to monitor, optimise and manage how you use the power you’ve generated in your home or property. A Your Energy StorageSystem stores excess renewable energy power in a Lithium battery storage pack, which can then be used when the PV panels are notgenerating. This simple system can be retrofit to most standard Solar PV installations.

EVEN THE STORED ELECTRICITY STILL GOES THROUGH THE GENERATION METER,so you will continue to receive payment for it, the renewable electrical energypower simply comes from the battery storage system as it is required.

As FIT cuts continue, the future is all about energy utilisation, focusingusers to get smart about the PV energy they are producing beforeselling it back to the grid, enabling you to make the most use of thefree solar you produce each day. At Your Energy we only supplyhigh-end battery storage system options that will help you effectivelyand easily keep track of the power you have generated.

Battery management systems can provide up to 4kw of usableenergy. The battery pack has its own inbuilt managementsystem which manages the usage, temperature and perform-ance of the battery enabling best lifetime performance possi-ble. The Lithium Battery Packs can be fully charged in 2 ½hours, the more PV energy produced, the more residual powerwill be available to charge the Battery.

There are 3 main parts to the battery storage system - The Controller, Batterypack and Sensor.

The Controller will prioritise energy demands, first priority is given to theproperty, followed by the battery management storage system and lastly anysurplus power will be exported to the grid. Often you will have a combinationof functions going on – power to the house, excess to the battery managementsystem and residual to the grid.

The battery storage system stores DC electricity straightfrom the PV panels into a Lithium battery storage pack. AsPV energy power is generated throughout daylight, the con-troller manages the available renewable energy power andensures the most efficient use of the PV generated power.

A Sensor is attached to the AC supply of the property which then providesthe information as to the flow of electricity in and out of the property,allowing the Controller to manage the newly generated DC power.

If you have a wireless router in the property you canconnect via Wifi, remotely linking you to an online moni-toring platform which will allow full information access todaily, weekly and monthly performance of your energyback up system, also available via an iphone app.

As with all installations a good survey is essential to maximise the efficiency potential of a system.

Store and use your free generated electricity when it suits you


From standard domestic to renewables and large commercial bespoke applications, our cylinders can be made, at no extracost, to your exact specification requirements, delivered to your door in 48 hours. Manufacturing for over 30 years, ourhighly skilled exacting engineers use only the finest grade stainless steel and copper, industry leading coil lengths andinsulation thermal values, providing optimum efficiency performance and quality in our cylinders, exceeding WRAS andbuilding regulations.

We are so confident in the construction of our domestic Stainless Steel cylinders that we offer a lifetime guarantee* on theStainless Steel cylinder bodies and two years on all parts.

Selecting the correct size of cylinder requires consideration of a number of variables, including the volume of waterrequired, the energy source and the space available, our Technical Support team is on hand to guide and assist.

Vented/Unvented

Formed from recyclable Duplex 2304 Stainless Steel finished using a wipe-clean, white coated steel case. Until recentlyDuplex 2304 Stainless Steel was reserved for use in chemical and oil refinery processes, the anti corrosion properties ofDuplex are greater than those afforded by other grades of stainless steel used in cylinder production. Vented cylinders alsoavailable in copper and blue foam insulation finish.

IMMERSION HEATERS are standard with all the models (two on direct and single coil) with low noise high grade Incoloyelements and safety cut outs. (Titanium immersion heaters are available for an additional cost).

Thermal Store

This system is highly efficient with minimum heat loss. The water in the cylinder ‘the store’ is heated via a suitably sizedheat source such as solar thermal or alternative renewables system to and maintained at 76°C. Mains pressure cold wateris fed through a heat exchanger in ‘the store’ (a high efficiency coil). The heated water is blended with cold mains waterand supplied to the taps at a thermostatically controlled 51°C.

Thermal stores do not require G3 Building Control Notification and unlike other stored mains pressure systems no specialqualifications are required to install the unit.

A Thermal store has an extremely high recovery rate enabling it to produce an almost unlimited supply of domestic hotwater. Because it stores cooler water in the lower part it enables the option to supply additional heat sources such asunderfloor heating directly without mixing sets thus increasing the efficiency of the whole system.

The ability to control a number of heat sources provides the unique ability to optimise energy use and greatly reduces the

• Stylish Appearance

• Long life Duplex 2304 Stainless Steel

• High flow rates

• High efficiency - low heat loss

• 22mm continuously wound rapid recovery primary coil

• HCFC + CFC free foam insulation

• Stainless Steel 3/4” female connections

• Easy to install and commission

Your Energycylinders

Domestic & Commercial Hot Water CylindersDirect, Indirect, Solar, Heat Pump & BiomassVented, Unvented, Combination & Thermal Store

Stainless & Copper50Litre - 5000Litre

Your Energy

cylinders

Your Energy

cylinders

Your Energy

cylinders

Your Energy

cylinders

Your Energy

cylinders

Your Energy

cylinderscylinders

On roof • In roof • Flat roof

Flat Plate collector technologyOne collector with three mounting options - on roof, roofintegrated or frame mounted.

This provides a truly versatile collector offering a high qualitysolution to any solar thermal system.

Our flat plate solar collectors feature a high-efficiency selectivecoated aluminium absorber plate housed beneath black framed,low iron, high transmission glass. This combination of speciallyselected materials offers an attractive appearance, optimal use ofthe area with “Top in class” high energy yields.

• “Top in class” collector performance

• Versatile mounting options - up to 10 collectors in a row - on-roof - flat roof - in-roof

• Portrait & Landscape mountable

• Intelligent mounting concept - quick simple installations

• Maximum precision manufacturing - robot controlled production

• Laser welded high efficiency absorber

• Tempered high transmission solar safety glass

• MCS & Solar Keymark Certified - 10 years warranty - 30+ years life expectancy

• Manufactured in Austria

Technical Data 2.0m² Collector 2.5m² CollectorZero Loss Collector Efficiency 81.4% 80.7%Heat Loss Coefficient 4.061 4.040Absorption Efficiency 95% 95%Overall Area 2.02m² 2.52m²Aperture Area 1.84m² 2.31m²Length x Width 1730mm x 1170mm 2151mm x 1170mmWeight 35kg 39kgMax Operating Pressure 10 bar 10 bar


Your Energy solar thermal

On roof • Flat roof

Your Energy solar thermal

• Ultra-high performance

• Multiple mounting options: - up to 160 tubes in a row - on-roof - flat roof

• Low profile contoured manifold

• Intelligent mounting concept - quick simple installations

• Maximum precision manufacturing

• Selective coated high efficiency absorber

• Silver braised condenser riser head

• Tempered high transmission borosilicate safety glass shell

• Solar Keymark Certified - 5 years warranty - 30+ year life expectancy

Evacuated tube heat pipe collector technologyOur evacuated tube collectors are designed to offer excellentperformance efficiencies at the most competitive prices possible for highquality evacuated tubes.

Our evacuated tubes use a vacuum space within each tube`s borosilicateglass shell to offer very high efficiency and heat loss protection in anyclimate.

In the unlikely event of a tube breaking, it can be removed and the entiresystem will continue to function, ensuring a heating source that will notfail.

The 20 tube collector can be configured into multiples of up to 160 tubesin a single row, providing efficient solution options for any project.

Anti Corrosive Braised Silver Header

Double Glass Tube

Selective coated absorber

Technical Data 20 tube collectorZero Loss Collector Efficiency 73.40%Heat Loss Coefficient 1.529Absorption Efficiency 94%-96%Overall Area 3.18m²Aperture Area 1.87m²Height x Width 1950mm x 1632mmTube Size 58mm x 1800mmMax Operating Pressure 10 bar


Your Energy biomass

Ready To burn from NBE ProductionsDenmark’s No.1 pellet boiler manufacturer

Live Internet Access• Feel assured with thousands of NBE systems already registered online.• All RTB boilers come fully web enabled as standard. Just connect to yourrouter with an RJ45 cable, register your boiler with Stokercloud and you areon the map.• The Stokercloud service is free to use and all boilers are monitered by NBEin Denmark.• If NBE spots unusual activity or persistant problems then they will contactyou via email to offer their assistance.• Once you have your system registered with Stokercloud then simply visit theirwebsite and either select your system from the map or enter your user namein the search bar to access the system. From there you can view what’shappening and login if you want to make alterations, such as switching yourheating on.

• High effi ciency up to 94%

• Fully automatic ignition and operation

• O2 regulation as standard

• Low maintainance

• Full automatic compressor cleaning included as standard

• Ash compression included as standard

• Internet monitoring and control included as standard

• Cascade control as standard for larger systems

Ready To Burn range:RTB10 - 10kW RTB16 - 17kW RTB30 - 25kW RTB50 - 45kW

Front Mounted Burner• Allows easy access to the burner for routine maintenance and servicing.

Ash Compression• The generous sized ash can is mounted at the front for easy access.• Burns up to 2 tonnes of fuel before requires emptying the ash.

Compressor Cleaning• All RTB boilers are fully equipped with compressor cleaning.• The compressor is included with the boiler as standard.• Full compressor cleaning of both the burner and heat exchanger.


RTB Hopper Options:RTB 50Universal hopper up to 300kg

RTB Vac - available for all boilersizes with bulk fuel delivery4.8 tonne cloth silo shown

Hand fill options RTB 1030120kg 220kg 320kg

Specifications Boiler & Vac

*Boiler height + vac hopper **Boiler height + vac hopper + vacuum cyclone



Your Energy underfloor heating

Why Underfloor HeatingThe underfloor heating systems of today are extremelyefficient reducing energy consumption by using lowerwater temperatures, providing superior room comfortand control, heat is more evenly distributed eliminatingcold spots and dust is not circulated.

Underfloor heating gently warms the air above, the warm air convects fromthe floor surface losing approximately just 2°C at 2.0 meters, which makesthe system ideal for all ceiling heights. Independent tests reveal that themost acceptable indoor climate is one in which the floor temperatureranges between 19-29°C and the air temperature at head level rangesbetween 20 and 24°C perfectly matching an underfloor heating systemperformance, unlike conventional radiators or convector heating systemswhich radiate the warm air up to the ceiling which then cools and dropsproducing colder temperatures at foot level than head height.

Water underfloor heating explainedA water-based underfloor heating system is a series of pipes laid under thefloor to a manifold and heated via a boiler, though combining with arenewable energy heat source such as biomass boiler, solar water heatingor perfectly suits the performance characteristics of an air source heatpump. System are connected to a thermostat to regulate temperature.

The floor needs to be prepared and insulated to make the system workefficiently and needs taking into account, especially if being retrofitted.Because of this, it's easier to install water underfloor heating in a newbuild, however, a low profile underfloor system option allows installationwithout considerably raising the floor.

The Energy Saving Trust says a water underfloor heating system is typicallymore energy efficient than a radiator system due to using water at lowertemperatures and heat being emitted and distributed more evenly.

Electric underfloor heating explainedIn an electric underfloor heating system, a series of electric wires are installedbeneath or within your flooring.

The electric system you install will depend on the size of the room and how wellinsulated it is, what the flooring below it is like and whether it is insulated, andthe type of flooring you'll have on top. Options include loose-fit wiring flexibleenough to fit into small or awkward spaces, electric cable systems, or heatingmats you roll out to cover larger areas.

Because electric systems are generally quite thin and simple to fit, they can beeasier and less hassle to install in an existing room than a wet heating system,which requires some space for pipe work and could involve the floor being raised.

Electric underfloor heating is cheaper to install than a wet system - you can evendo it yourself - but it's more expensive to run, prompting it is not recommend forlarger areas.

A qualified electrician will need to connect your system to your electric mainssupply, and fit a sensor that connects to the thermostat. This allows you tocontrol the temperature and pre-set the system to turn on or off.

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