The complete, efficient heating & hot water system to replace your traditional boiler

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2 The complete, efficient heating & hot water system to replace your traditional boiler

3 Introduction Finally... freedom from oil and LPG prices! Imagine taking heat from the very air which surrounds your home. Think how much money you would save. Eko Warrior heat pumps extract warmth from air as cold as -20 C creating ALL your hot water and heating needs. It s incredibly efficient, which is why Eko Warrior owners pay up to 60% less for home heating than owners of oil or liquefied petroleum gas (LPG) units. We insist you don t just take our word for it. Here s what our customers think... I live in a former MoD building. The installation was done with great care. I ve worked out I m saving 57% on my heating bill. That seems pretty wonderful to me! CONSISTENT TEMPERATURE ALL YEAR ROUND A L from Berkshire (Eko Warrior installed in February 2011) Me and my wife are really, really pleased. It s going that well the father-in-law is thinking of installing it. The service we got was brilliant. As for the technology itself: it s absolutely fantastic! G P from Berkshire (Eko Warrior installed in November 2010)

4 Introduction It also means freedom from complicated maintenance, fuel deliveries outside fuel stores and of course gas and oil fuel price hikes. The EKO WARRIOR gives you over 4KW of heat from 1KW of power Eko Warrior air to water heat pumps are MCS approved and qualify for any government grants under the scheme including the Renewable Heat Incentive (RHI) and the Renewable Heat Premium Payment (RHPP). Please check for latest details. Eko Warrior heat pumps save up to 60% in CO2 emissions compared to Oil and LPG heating. Eko Warrior Heat Pumps have been heating homes in Russia and Scandinavia for the last five years, and we have spent two years perfecting them for the UK and Ireland. It s the perfect alternative to oil or LPG boilers and monobloc heat pumps. The EKO WARRIOR maintains its efficiency whereas a boiler s efficiency declines dramatically over time. It s so efficient that under the right conditions each kilowatt you pay for will produce up to four kilowatts for FREE. WHY AIR SOURCE HEATING Proven savings of up to 60% when compared to Oil or LPG. NO TANKS, NO FUMES. Save s with the EKO WARRIOR. Save on CO2 emissions.

5 Eko Warrior Compare Features The Eko Warrior offers you a wide range of advantages over traditional systems and unmatched ease of use. MCS Approved On a Hot Day an Air Source Heat Pump can generate in 12 minutes what a Solar Panel would in 24 Hours NO Anti-Freeze Self Diagnostics on Major Parts Split System Easy Installation Works down to -20 C DC Inverter Technology Easy to use LCD Intelligent Defrost Controller Heat Mats as Standard Heat Compensation as Standard Compatible for Under floor Heating & Radiators Complete with Three way Valve Water Circulation Pump Add Heat as Standard Remote Monitoring (Cost Option) In a Split System the heating is done inside the building making it more efficient than a monobloc Why a Split System? Monoblocs (single outside units) perform all the heating outdoors affecting efficiency. The heat loss from the run into the house could also lose around 70 to 90 Watts per metre based on an outside temperature of 0 C, as hot water has to go through the outside unit and back inside again. COP figures quoted on monobloc units do not allow for this. Also monoblocs require anti-freeze which needs to be checked regularly and if a problem arises and the unit has insufficient anti-freeze the heat exchanger can split and the unit will be void of any warranty. The EKO Warrior is a Split System with one outside unit and one indoor unit. The indoor unit houses all the major parts for heating water which means any heat generated remains indoors increasing efficiency and prolonging the life of the system. NO anti-freeze is required with the EKO Warrior. The indoor unit can even be hidden in a standard size kitchen wall cabinet.

6 Eko Warrior Best Value High COP Split System Compare price Compare features What is a COP? COP stands for Coefficient Of Performance. It is a measure of how efficient the heat pump is. A COP of 4 means you get 4 kilowatts of heat for every 1 kilowatt (KW) of electricity consumed. Advanced LCD Programmable Display keeps you in complete control Split System installation Split System installation with solar option The UK Microgeneration Certification Scheme (MCS) not only insists that the products COP s are above 3.2 (7 C outside temperature and 35 C water temperature).they also insist on a factory audit to ISO9001 standards to ensure build quality Lets take our KS50-DC 5KW unit tested to MCS specifications the COP is 4.19 what does that mean to you? Pay for 1KW at lets say 12 pence you generate 4.19KW so real cost is actually 2.86 pence per KW (Tested to EN as per MCS requirement) Why use an Air Source Air Pump Environmental - Reduces your Carbon Footprint Low Running Cost - Air Source Heat Pumps reduce your annual cost for Heating and DHW by up to 60% Ambient Energy Source up to 65% free from the Outside Air in your garden, the only cost is for the electricity used for the circulation pumps, and to run the compressor Comfort/Safety - Nothing to store, no risk of Carbon Monoxide Poisoning IMPROVE YOUR GREEN FOOTPRINT

7 Products KS50-DC 5KW Size & Weight KS 50 5KW DC Inverter UNIT HEIGHT WIDTH DEPTH WEIGHT Indoor 550mm 450mm 263mm 26Kg Max Outdoor 590mm 840mm 290mm 40Kg Max COP Figures for KS 50 5KW Inverter under EN Test Conditions Outside air temp wet/dry bulb degrees celcius 7/6 10/8 2/1 Indoor unit 44 dba, outdoor unit 48dba Water Temp in/out degrees celcius C.O.P 30/35 30/35 -/ KS70-DC 7KW Size & Weight KS70 7 KW DC Inverter UNIT HEIGHT WIDTH DEPTH WEIGHT Indoor 550mm 450mm 263mm 30Kg Max Outdoor 700mm 840mm 315mm 45Kg Max COP Figures for KS70 7 KW Inverter under EN Test Conditions Outside air temp wet/dry bulb degrees celcius 7/6 10/8 2/1 Indoor unit 45 dba, outdoor unit 49dba Water Temp in/out degrees celcius C.O.P 30/35 30/35 -/ KS90-DC 9KW Size & Weight KS90 9 KW DC Inverter UNIT HEIGHT WIDTH DEPTH WEIGHT Indoor 600mm 510mm 278mm 30Kg Max Outdoor 780mm 880mm 360mm 60Kg Max COP Figures for KS90 9 KW Inverter under EN Test Conditions Outside air temp wet/dry bulb degrees celcius 7/6 10/8 2/1 Indoor unit 45dba, outdoor unit 50dba; Water Temp in/out degrees celcius C.O.P 30/35 30/35 -/ KS120-DC 12KW Size & Weight KS KW DC Inverter UNIT HEIGHT WIDTH DEPTH WEIGHT Indoor 600mm 510mm 278mm 30Kg Max Outdoor 1230mm 830mm 310mm 72Kg Max COP Figures for KS KW Inverter under EN Test Conditions Outside air temp wet/dry bulb degrees celcius 7/6 10/8-7/-8 Indoor unit 46 dba, outdoor unit 52 dba Water Temp in/out degrees celcius C.O.P 30/35 30/35 -/ KS150-DC 15KW Size & Weight KS KW DC Inverter UNIT HEIGHT WIDTH DEPTH WEIGHT Indoor 650mm 550mm 2958mm 30Kg Max Outdoor 1230mm 830mm 310mm 106Kg Max COP Figures for KS KW Inverter under EN Test Conditions Outside air temp wet/dry bulb degrees celcius 7/6 10/8-7/-8 Indoor unit 46dba, outdoor unit 53dba Water Temp in/out degrees celcius C.O.P 30/35 30/35 -/

8 Specifications Noise Levels Noise levels for each of our units can be seen on the charts to the left. These are based on 1 metre distance from the unit. For comparison: Fridge in cooling mode at 1 metre distance 40 dba Quiet library, soft whisper at 2.5 metres distance 30 dba Large store air-conditioning unit at 3 metres distance 60 dba Add to this... Easy maintenance Comparatively low price and installation costs compared to alternatives No outside fuel tanks No fumes Compatible with under floor heating and radiators and get a package impossible to beat.

9 FAQ Frequently asked questions How do I ensure that the system is energy efficient? A heat pump can heat water up to around 55 C. The hotter the water, the lower the energy efficiency, so running at a lower temperature will save energy, and running cost. COP is the energy efficiency ratio used for Heat Pumps. A COP of 4 means you get 4 KW s of heat for every 1KW of electricity consumed. Why is there a big variation in COP efficiency claims? Differences in the Efficiency of an Air Source Heat Pump is down to the make up of the machine, the type of compressor, which refrigerant is used, and the actual system - whether it is a monobloc or a split system. The Eko Warrior comes as a split system which is charged with a refrigerant, and not water. It comes with an Inverter Compressor this type of compressor only uses enough energy to reach the set temperature, has a low start up current, and ramps up, or down on energy depending on how much heat is being called for. The alternative Scroll Compressor works like a light switch it is either on or off and has a much larger start up current. We only use R410A refrigerant which has a much better heat transfer than R407C or R404A refrigerant. Is an Air Source Heat Pump system a viable option to a ground source? An Air Source Heat Pump is much easier to install and cheaper to buy. The annual average efficiency is slightly lower than a ground source heat pump, but if the Air Source Heat Pump is correctly sized it will provide all your heating and hot water needs. Can my plumber install a system? Yes, but to be able to claim the government incentives they would need to be an accredited MCS installer. How long will an Air Source Heat Pump last? Most Air Source Heat Pumps should last in the region of 20 years, depending on the system. The Eko Warrior is a split system, which means it comes with 2 units, one indoor and one outdoor. The indoor unit houses most of the critical parts of the heat pump. However in a single unit system (monobloc) everything is outside, and is subject to all adverse weather conditions. Can a heat pump also heat the domestic hot water? It certainly can, the Eko Warrior will heat your domestic hot water to around 55 C, bearing in mind that if you jumped into a bath filled with hot water at this temperature you would need to be treated for burns. As with all good heat pumps the Eko Warrior comes with a built in heater to raise the water temperature to 60 C for sterilization once a week, or fortnight, depending on customer requirements. What is Weather Compensation? The Eko Warrior comes with this as standard. If the outside temperature is slightly lower than the temperature called for in the house, it will refrain from using energy on heating. For example if you require water for the floor heating to be at 40 C when its -5 C outside, you may require only 32 C when it is +5 C outside, so it needs to adjust accordingly. Weather Compensation does this automatically. Does it really Work? Yes, they simply move energy from one place to another, a fridge works on the same principle. For example, a bottle of white wine brought home straight from your local supermarket is at room temperature. If you

10 FAQ put it in your fridge and wait a few hours it will be cold enough to drink. If you touch the back of your fridge during that time you will feel heat. The fridge has taken the low temperature energy out of the wine, compressed it up to a higher temperature and in effect has warmed the kitchen up slightly. By using the same process both Air Source and Ground Source Heat Pumps remove energy from a source and transfer it into your building. The sun naturally replenishes the energy removed from the air and ground. How is the heat transferred into a building? The earth, water and air have the ability to absorb and store heat from the sun. For example, in the case of a ground source system this heat is extracted from the earth using a ground loop. In the case of an air source heat pump this harnesses solar energy found in the outdoor air. With this system there is no need for expensive digging or drilling and installation is quick and simple. It is ideal for urban sites where there is very little ground space. Where should I put a heat pump? The outdoor unit can be placed anywhere outside, garage or basement within a short distance to the indoor unit, less than 10 metres is recommended, but it can be further. The indoor unit can go in the loft, kitchen cabinet or to your personal preference. Do they make much noise? This depends on which type of compressor is used, and where it is located, the Eko Warrior has the compressor in the outside unit, and comes with a compressor jacket as standard, this will dampen the noise, and protect the compressor. Can under floor heating be used with a heat pump? Yes, under floor heating, new or existing radiators and/or fan coil units for heat distribution, can be used in your building. Will it heat a building on the coldest winter day? Yes it will. Thousands of these systems have been installed for many years in some of the most northern parts of Scandinavia, and Europe, where the winters are very hard and long. The key is the design and specification process so the system provides enough energy for the customers needs. Will it provide enough hot water for baths showers & domestic hot water? With the correct design and equipment, all domestic hot water requirements would be provided by the air source heat pump throughout the year. Heat pumps produce water at a lower temperature than boiler systems. You will notice that you do not have to add as much cold water to your baths and showers. The aim is to save money and energy. Can I heat a swimming pool? Yes, we have our own range of swimming pool heat pumps. Will it save money and be more energy efficient? Yes, especially against LPG and Oil. You can learn more about the EKO WARRIOR on our web site. Compare features and price and see why we believe the EKO WARRIOR KS Series is the best value for money and one of the most advanced MCS approved Air Source Heat Pump.

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12 Eko Warrior Air Source Heat Pump