COOL.ECO.TOGETHER - THE PERFECT ENERGY SAVING MATCH
ECONAVI and INVERTER intelligently work together, adapting to the way you live and optimising operation accordingly to save energy.
ECONAVI:5 energy saving features monitor activity and room conditions to detect where energy is normally wasted.
INVERTER:Varies compressor speed according to ECONAVI sensor data. Achieves precise temperature control.
By combining the abilities of these two innovations, you can achieve up to 65%* energy savings.
* Comparison of 1.5HP Inverter model with ECONAVI (with Dual Human Activity Sensor, Sunlight Sensor, and Temperature Wave) ON and 1.5HP standard non-Inverter (Cooling). Total hours may vary depending on product availability, model name and specifications in different countries or regions.
ECONAVI WITH INTELLIGENT ECO SENSORS
ECONAVI Intelligent Sensors detect unconscious waste of energy using the Human Activity Sensor and Sunlight Sensor.
It is able to monitor human location, movements, absence and sunlight intensity. It then automatically adjusts cooling power to save energy efficiently with uninterrupted comfort and convenience.
Rhythmic temperature-controlled pattern to save energy without sacrificing comfort.
Directs airflow to wherever you are in the room.
Adapts cooling power to your daily activities.
Reduces cooling power when you are not around.
Adjusts cooling power to changes in sunlight intensity.
QUICK COOLING, CONSTANT COMFORT, ENERGY SAVING
Panasonic Inverter air conditioners give you exceptional energy saving performance while ensuring you stay comfortable at all times.
A conventional non-Inverter air conditioner can only operate at a constant speed which is too powerful to maintain the set temperature. Thus, it switches the compressor ON and OFF repeatedly. This results in wider temperature fluctuations leading to wasteful consumption of energy.
The Panasonic Inverter air conditioner varies the rotation speed of the compressor, providing a precise method of maintaining the set temperature, giving you energy saving.
Precise temperature control with a wide power output range enables an inverter air conditioner to meet different room occupancy levels – thus ensuring constant comfort.
Panasonic INVERTER air conditioners can operate with higher cooling power during the start up period to cool the room 1.5 times faster than Non-INVERTER models.
iAUTO-X - COOLER FASTER
Happiness Is Coming Home To Fast-Cooling With P-TECh
The new Panasonic Thermal Enhancement Technology (P-TECh) enable compressor to achieve maximum frequency in the shortest time from start up. This lets you enjoy more powerful cooling and 35%* faster cooing for cooler comfort from the moment you switch on the air conditioner.
*Comparison of 1.5HP PREMIUM Inverter with iAUTO-X mode and standard non-Inverter model with cooling mode.
Automatic Fan Speed
iAUTO-X will automatically switch fan speed to high fan speed and super high fan speed depending on the temperature difference between the room and the set temperature.
New AEROWINGS feature twin flap that give you more control over the direction of the airflow.
After reach set temperature, the twin flaps direct airflow towards ceiling activating the Shower Cooling effect for more comfortable.
Comfort That Goes On and On With Shower Cooling
Panasonic Air Conditioners feature a new intake grill which is 22mm wider and improved indoor fan speed that goes up to a super-high fan speed at startup. The new chassis design generates bigger air volume that contributes to faster cooling.
Honeycomb Intake Grill
New Honeycomb intake grill has a wider opening to increase the suction of hot air from the room so that the room can be cooled faster. The stronger honeycomb structure also offers the air conditioner better protection.
nanoe-G - PURIFIES YOUR LIVING SPACE DOWN TO THE SMALLEST DETAIL
The air we breathe contains pollutants less than 2.5 micrometers in size (PM2.5). PM2.5 can be found in smoke and haze which originates from combustion activities including motor vehicles, factories, and wood burning.
1. REMOVAL OF AIRBORNE PARTICLES
nanoe-G can effectively remove up to 99% of PM2.5* and airborne particles* such as bacteria, viruses and mould.
2. DEACTIVATION OF ADHESIVE MICRO-ORGANISMS
nanoe-G are able to deactivate up to 99%* of bacteria and viruses andinhibit mould growth that settles on surfaces around you.
3. IN-FILTER DEACTIVATION
With In-filter Deactivation, nanoe-G deactivates 99%* of bacteria and viruses trapped in the filter.
"Particulate matter," also known as PM is made up of a number of components including extremely small particles and liquid droplets.
SOURCES OF PM2.5
PM2.5 can be found suspended in the air, including dust, dirt, smoke and liquid droplets. These fine particles come from man-made sources such as the combustion of fossil fuels, open burning and industrial processes as well as natural ones, which include sea sprays and dust carried by strong winds.
Choose the Right Model to Fit Your Needs
When it comes to choosing your air conditioner, it is important not to adopt a' one size fits all approach as usage patterns and needs may vary from user to user. Several important factors to consider include room size, use frequency, profile of users and so on, as this will help you to enjoy optimal savings while not compromising on comfort. Get started with some simple guidelines as listed.
Small Room: CS-S10SKH-1/1.0HP, CS-V9RKH-1/1.0HP, CS-PV9SKH-1/1.0HP, CS-SV9SKH/1.0HP.
Medium/Master Room: CS-S13SKH-1/1.5HP, CS-S15SKH-1/1.75HP, CS-V12RKH-1/1.5HP, CS-PV12SKH-1/1.5HP, CS-SV12SKH/1.5HP.
Large Living Hall/Office Room: CS-S18SKH-1/2.0HP, CS-S24SKH-1/2.5HP, CS-S28SKH-1/3.0HP, CS-V18RKH-1/2.0HP, CS-V24RKH-1/2.5HP, CS-V28RKH-1/3.0HP, CS-PV18SKH-1/2.0HP, CS-PV24SKH-1/2.5HP, CS-PV28SKH-1/3.0HP, CS-SV18SKH/2.0HP, CS-SV24SKH/2.5HP, CS-SV28SKH/3.0HP.
*Guideline above is a rough estimation only. Kindly consult your contractors for more accurate advise.
Our R&D focuses on ease of use, and our history of rigorous quality control is unmatched in the industry. As a result, with more than 50 years of experience, Panasonic has sold over 70 million air conditioner units in Japan and around the world.
OPERATING TEST IN HARSH CONDITIONS
Checking the oil condition inside the compressor under various extremely cold and hot conditions. An operating durability test is conducted in a high-temperature, high-humidity test chamber at a temperature of up to 55°C and a low-temperature test chamber down to 20°C.
Sunshine simulation. An air conditioner is operated in a test room simulating a living room testing cooling speed, cooling efficiency, and temperature and humidity differences throughout the room.
The operating noise of the indoor and outdoor units is measured in a high-performance anechoic chamber. The noise test verifies that the operating noise is low enough to allow the user to talk and sleep comfortably while the product is operating.
Potential problems are checked by tests such as showering the unit for a predetermined amount of time. Contact sections on printed circuit boards are also resin-potted to prevent adverse effects caused by an unlikely exposure of droplets to water.