Categories
Air Conditioning Air Heat Pumps Demand Control Ventilation Heat Recovery Ventilation Renewable Energy Renewable Energy Kerry

Air Conditioning

Air Conditioning of all types installed and supplied by Driver Renewables

When it comes to air conditioning in Cork, Limerick and Kerry, our professional service and quick response times set us apart from other contractors. We are there when you need us.

Driver Renewables installers have over 30 Air Conditioning experience and are equipped to provide the best solution for both residential and commercial air conditioning requirements.

Driver Renewables Air Conditioning sources quality products directly from the manufacturer, so with no “middle man” we can offer you the highest quality solution at the most affordable price. We guarantee it!

Trust Driver Renewables Air Conditioning when it comes to quality air conditioning in Cork, Limerick and Kerry. We sell and install reliable air conditioning systems for any type of property. We also service all major brands, including Mitsubishi, Samsung, Daikin and Fujitsu. We aim to help residential and commercial clients enjoy a more comfortable environment.

Flexible Service from One of the Most Trusted Air Conditioning Contractors in Cork, Limerick and Kerry.

A comfortable room temperature is crucial to maintaining the air quality inside a building. If temperatures are too hot or too cold, it can have a negative impact on both the physical and mental well-being of the occupants.

A good air conditioning system is proven to improve focus and productivity, so make sure that you give us a call to ensure that your air conditioning unit is well-maintained and functioning properly at all times.

Our team can handle all your cooling needs. Our expertise in multiple brands and models allows us to provide custom climate control solutions. Our split and ducted air systems are designed to meet your property’s specific cooling requirements. We offer discounts to make our products and services more affordable


Wall Mounted Air Conditioner

Wall mounted air conditioning units Kerry Cork Limerick

Great for B&Bs, dental clinics, beauty salons, living rooms, bed rooms even rooms with expensive high voltage equipment and hotels. Our Wall mounted unit, which combines small size with high efficiency and quiet operation.
They are installed directly on the wall, about 10-20 cm below the ceiling. Wall mounted air conditioners are fully automated, and are conveniently programmed by a wireless remote control.


Cassette style Air conditioners

This style of Air conditioner are specially designed for offices, as well as retail and restaurant environment. The cassette fits perfectly into ceiling grids. Cassette Air Conditioning units are installed directly in the ceiling and finished with a decorative panel. This location allows distribution of warm or cool air. The air is distributed along the ceiling, then gently descends along the walls. This type of air conditioners provides an optimal solution for commercial businesses.


Floor Console Air conditioners

Floor Console Air conditioners Cork Limerick

These Air conditioners designed perfectly for discreet integration on walls. The floor console unit is particularly suitable for installation in offices and shops under sill trims or attics. Its unobtrusive appearance makes it irreplaceable everywhere, where other models can not be used.


Ceiling Air conditioners

Ceiling Air conditioners Cork Limerick Kerry

Celling air conditioner units are mounted directly to the ceiling, can also be possible to install the support structure attached to the wall. The important distinguishing feature of ceiling air conditioners from other models, is the distribution of the air stream – just below the ceiling. The air flows initially at high speed along the ceiling, then slows down to gently fill in the room.


Ceiling Duct Type Air conditioners.

Ceiling Duct Type Air conditioners Cork Limerick KerryDesigned for homes, offices, retail and restaurants. Duct type units allow central distribution of air from one device to multiple rooms at the same time. The air is sent through ducts from one central location to heat or cool several places. The duct type air conditioner automatically adjusts the temperature of the air flow, as the average temperature of the air-conditioned rooms. This allows you to maintain the same air parameters without the need to individually control the operation of the air conditioner in each and every room.


Which ever you pick you will be guaranteed Driver Renewables can Supply and Install Call Driver Renewables 0876396593

Floor Console Air conditioners Cork LimerickCeiling Air conditioners Cork Limerick KerryCeiling Duct Type Air conditioners Cork Limerick KerryWall mounted air conditioning units Kerry Cork Limerick

 

Multiple System air conditioners available

All split systems are quieter, more powerful and energy efficient than window/wall and portable air conditioners. Many split system air conditioners also come with handy built in features such as motion sensors, Wi-Fi and air purifiers or ionisers.

Single vs multi split system air conditioning

Both single and multi split system air conditioners have inside and outside units. A single split system air conditioner has one inside unit, whereas a multi split system can have multiple indoor units all connected to the one outdoor unit. Both single and multi split units are available as heating and cooling, or cooling only air outlet models.

A multi split system generally allows you to have up to five or more separate indoor units for different rooms in your house. The outdoor unit can be wall mounted if you live in a unit or have a multistorey house. Multi split systems are well suited for both residential and commercial use.

Multi split system air conditioning vs ducted air conditioning

If you need air conditioning in more than one room or area of your home but don’t have room to install ducted air conditioning then a multi split system is a great alternative.

Flexibility and convenience

Multi split system air conditioners offer unreal flexibility and convenience allowing you to choose the right indoor unit for each room of your house. You can install a high capacity air conditioner for larger living rooms and smaller, quieter ones for the bedrooms, all powered by the one outside unit. This allows you to control the temperature and environment in your home on room by room basis.

Being able to individually adjust the temperatures in each room you’ll save money and have maximum comfort by heating or cooling individual rooms. You can have up to five separate indoor air outlets all powered by a single outside compressor.

Energy efficiency

Energy saving settings combined with the ability to heat or cool individual rooms helps to reduce power and running costs. Choosing the right indoor air outlet unit to suit each room also ensures that you’re not wasting power. The wrong unit in a room can result in the air not being cooled properly and energy being wasted. A unit that’s too big for a smaller room also uses more power every time you turn it on compared to a smaller unit running for a longer period of time.

By operating multiple indoor air conditioners from the one external air compressor, multi split system air conditioners are among the most energy efficient of all air conditioners. Choose the most energy efficient inside air outlet units for maximum savings on your bill.

Installing a multi split system air conditioner

A multi split system air conditioner needs to be Due to the ozone depleting refrigerant gas used in air multi split system air and other air conditioners need to be professionally installed. Call Driver Renewables to supply and install your air conditioning unit Call 0876396593

Pros of a multi split system air conditioner

There are many great reasons to consider a multi split air conditioner to keep your home cool in summer and warm in winter. These include:

  • energy efficiency
  • multiple indoor air outlets powered by the one outside compressor unit
  • ability to choose the most suitable and energy efficient air outlet unit on a room by room basis
  • adjusting temperatures to suit each room
  • more affordable to purchase and install compared to ducted air conditioning
  • you can add in extra air outlets later on down the track if needed
  • affordable maintenance, service, repairs and replacement of units.

Cons of a multi split system air conditioner

If you’re considering installing multi split system air condition you should also take the following into consideration:

  • Outdoor air unit need to be placed as close as possible to the indoor air outlet.

Multisplit system has a structure similar to the splits, with the difference that a single outdoor unit is connected to several indoor units that can be placed in different rooms. The work of this type of air conditioner can be controlled by pilots – each internal part of the evaporator has a separate remote control. Multisplit’s biggest advantage is, that only one unit is required to support multiple indoor units.

Categories
Renewable Energy Kerry Renewable Heating Systems Sustainable Energy Water Heat Pumps

Underfloor Heating

Underfloor heating are a very clean and simple form of heating, ideally suited to today’s well-insulated, low-energy and airtight buildings in Cork, Limerick and Kerry.

Why would you choose underfloor heating?

Comfort: The most compelling reason to choose underfloor heating is comfort. Radiation, like the heat we get from the sun, is the most natural and comfortable form of heating. Research has shown that people feel more comfortable when they experience warm feet and a cold head. An underfloor heating system produces these conditions naturally, there are no localised hotspots, just a gentle feeling of warmth throughout your home.

Energy Efficient & Cost-Effective: The underfloor heating system uses radiant heat most people find they are comfortable at temperature settings several degrees lower than with other conventional heating systems. Lower your thermostat setting while enjoying the same level of comfort and reducing your heating bills by anything up to 40%. Underfloor heating is energy efficient and cost effective in any building commercial or domestic.

Underfloor Heating Pipe Matrix

How Underfloor Heating Works

Your water (25-40°C) is circulated through a series of polyethylene piping installed and integrated within the floor make-up. The pipe is then connected to a centrally located unit. The temperature of each room can be individually controlled as required via room thermostat. Each room thermostat can be set at 2°C lower than a room heated by radiators.

This is because underfloor heating delivers 70% radiant heat and 30% convection heat as opposed to radiators, which emit 30% radiant heat and 70% convection heat. This means that an underfloor heating system is a more efficient way of heating your home. Each room can be controlled by a programmable room thermostat allowing each room to have time and temperature control, when any one of these thermostats call for heat they open an electronically operated valve (actuator) that is fitted to the top body of the manifold, this would then turn your pump on and fire up your heat source. Each loop on the manifold is capable of having its own control typically one loop per room.

Radiators distribute heat by convection currents, which can result in draughts and hot spots. Radiators transfer heat into a room largely by convection from a hot metal surface. Because the surface of the radiator is small, in comparison to the volume of the room, it needs a high heat input and doesn’t spread the heat evenly. Convection currents circulate allergens, dust particles, fumes and germs which are then distributed around the building, contributing to an unhealthy atmosphere.

Underfloor Heating is easy to install, requires low maintenance and is very cost effective to run. The room is heated mostly by radiation, like the heat we get from the sun, the most natural and comfortable form of heating. An underfloor heating system creates an even temperature, comfortable environment with no hot or cold draughts, just a gentle feeling of warmth throughout your home. Rooms with high ceilings such as churches, sports halls or industrial units gain even greater benefits. With radiator systems, some of the heat is immediately wasted as it rises to the ceiling. With an underfloor heating system, the heat is concentrated at floor level where it is most needed. In rooms with large areas, underfloor heating is the only way to heat the centre of the floor area effectively.

Underfloor Heating systems goes hand in hand with heat pump installations

An underfloor system heating circulates low temperature water. Most conventional heating systems circulate warm water, usually between 50ºC to 80ºC whereas an underfloor heating system circulates water between 25ºC to 40ºC. A heat pump is most efficient when heating water at lower temperatures, the heat pump efficiency goes up bringing your running cost down.

Main features & benefits

Underfloor Heating also referred to as geothermal heating have become a firm favorite for those undertaking new build projects and the benefits are clear:

Comfort: Since radiant heat is the most natural and comfortable form of heating. An underfloor heating system will provide true comfort levels, giving a gentle feeling of warmth throughout your home.

Saves you money on energy bills: With underfloor heating the thermostat of each room can be set at 2°C lower than a room heated by radiators. You can save up to 30% on your heating bills.

Perfect working with heat pumps: Underfloor heating goes hand in hand with heat pump installations. An underfloor heating system circulates low temperature water. A heat pump is most efficient when heating water at low temperatures.

Invisible: No radiators, you are free to position your furniture however you would like in your home.

Health and Hygiene: An underfloor heating system reduces the circulation of airborne pollutants. It also helps to reduce house dust mites as the moisture content is too low to allow dust mites to live. This is great news for anyone with allergies or asthma.

Increased Humidity: With underfloor heating the heat comes from hot water, this also introduces moisture into the air and can reduce health problems caused by air which is extremely dry.

Safety: The hidden heating elements of an underfloor heating system is also a safety bonus since you no longer need to worry about children burning or tripping.

Categories
Renewable Energy Renewable Energy Kerry Renewable Heating Systems Sustainable Energy

Exhaust Hot Water Heat Pumps

Exhaust Air Heat Pumps

The benefits of exhaust air heat pump are numerous?

Buildings must be ventilated

  • An all-in-one units – Heat-recovery ventilation, Heating & Hot water.
  • Ideal for smaller new homes or Passive House that will be at a high level of air-tightness and low heat loss
  • Usually less cost than buying separate traditional solutions and a stand-alone heat recovery unit.
  • Good solution for multiple small dwellings such as apartments, more cost effective than district heating, more environmentally friendly than multiple gas boilers etc
  • We have a choice of different models to suit different requirements
  • Connects easily to Solar Thermal – in fact the on-board controls of all our heat pumps can control solar thermal systems.
  • Works well with a room sealed stove (separate air supply for combustion)
  • Possible to dock with a Nibe EAHP with a gas boiler as back up for extreme weather

If the building will be more than 150SQ M, or has a total heat loss of more than 2-3 kW then consider one of our ground source or air to water units with an integral ventilation module .

For air-tight, low energy builds, where ventilation is a must, choose an Exhaust Air Heat-Pump. This will re-cycle the heat from your house’s ventilation system. These machines are ideal for apartments and more compact air-tight low energy or passive homes. Air is drawn through ducts to the heat pump from the bathrooms, utility and kitchen areas. The cold waste air is discharged to outside through another duct, and condensation to a drain.
Not only that, the additional heat generated internally from lighting,
people and domestic appliances is also used through heat recovery.

Categories
Air Heat Pumps Renewable Energy Kerry Renewable Heating Systems Water Heat Pumps

Air and Heating Systems Install and Supply

Energy label A++

High performance air/heat pump

Developed for the Nordic climate

Modern and neutral design

Our systems is specifically designed for the tough Nordic climate making them top energy and efficiency rated. AA 5.5 Performance is the heat pump that delivers plenty of warmth and provides significant cost savings during the whole heating season and when it is coldest outdoors. The heat pump has a high-performance variable-speed compressor and is also equipped with the very latest technology in heat pump field.

AA 5.5 Performance of the ES has a variable speed compressor that automatically adjusts the output when the heat demand changes. Defrosting is done automatically and is upon demand. The energy efficiency is very high a high, just like the cost saving.

Very high Seasonal Efficiencies

Seasonal efficiency belongs to top of the class. The SCOP is a way of showing how effective the heat pump is in heating mode in all over Europe. There are three different climate zones in Europe according to the testing and accordingly three different Seasonal data, so be sure that you check the SCOP to your climate zone.The Nordic countries belong to the cold climate (cold/C), apart from Denmark belonging average climate (average /A).

Large parts of eastern are also in the cold climate zone. Ireland is in the warm climate zone. Seasonal efficiency gives an idea of the heat pump’s efficiency over the entire heating season with varying outdoor temperatures and is an important parameter for the purchase of a heat pump. AA 5.5 Performance has SCOP A of 4.7 and SCOP C 3.7. In practice this means that savings of this heat pump is extremely high, and few if any heat pumps has a shorter payback time

 

AA 5,5 Performance
Maximum heating power max 5500 W
Maximum cooling power max 4000 W
SCOP 4,7 (A) / 3,7 (C)
Total power consumption – heating min 120/ max 1400 W
Total power consumption – cooling min 120/ max 1400 W

 

Features and Benefits

The Mitsubishi Lossay units come in a wide range of models with airflows from 250 to
2,000m3/h and offer the following benefits:

Highly Efficient Heat Exchanger with the following Benefits

Compact Design

The slim design of the Lossnay units make them one of the most compact in their category

Low Noise Level

  • Fresh air supply for indoor environments
  • Energy recovery ventilation between supply and extract air supplies (forced energy
    exchange mode) efficiencies up to 80%
  • Automatic Ventilation (KPI controls which mode to operate within to achieve maximum
    energy efficiency)
  • Air filter
  • As a consequence of the energy exchange during the summer period, the cooling load can
    be reduced by up to 20%, minimising both capital and running costs

Maintenance

Easy access hatches for the heat exchanger, motor, fans and electrical box allow in situ maintenance

Standard Controls

Hard wired remote controller with built in 7-day timer

 

Categories
Air Heat Pumps Renewable Energy Kerry Water Heat Pumps

Water and Air Heat Pumps

AWH V5+. Air/Water Heat Pump

Air to Water Heat Pumps

Renewable heating and hot water systems have become the norm rather than the exception.

With advances in technology an air source heat pump is possibly the most cost effective solution for any new build dwelling.

How They Work

Air source heat pumps generate heating water under

the same principles as your refrigerator cools its contents.

1. Energy is extracted from air and transferred to refrigerant gas.

2. This preheated gas is then compressed into a high temperature vapour.

3. The vapour is sent to the indoor unit.

4. Its heat is then transferred to the systems heating water.

Efficiency Heat Pumps

The efficiency of a heat pump is rated upon its coefficient of performance – COP. In basic terms this means the amount of electricity required to generate the output.

For instance a unit with a COP of 5, will require 1 kW of electricity with 4 kw from the atmosphere to generate 5 kW of output.