Optimize your photovoltaic installation!
Install a few extra panels and take advantage of a savings package that can save you thousands of dollars .
Thermodynamic boiler
The advantages of our thermodynamic boilers lie in their high energy efficiency. These systems harness the energy present in the surrounding air to heat water, making them more energy efficient compared to traditional water heaters. They can help save energy and reduce greenhouse gas emissions, while providing a sustainable water heating solution. Their cubic format allows for more ergonomic placement, whether vertically or horizontally.
ADD just 4 PANELS to your configuration to optimize this installation and save on average €889 more per year.
889€
PER YEAR
SAVE
Calculation based on 80% self-consumption via 3 photovoltaic panels (they produce hot water during the day and stock 270 Liters).
Consumption 1.5 kW - Power of 3.5 kW: Savings: 2800 x 0.3 € + 700 x 0.07 € = 889 €/year - A thermodynamic boiler saves 2 kW/year compared to a classic boiler.
Panels and inverters
The basis of all our installations is based on photovoltaics. The panels are the heart of your installation, the engine that produces the energy necessary for the proper functioning of all other solutions to make them even more profitable and economical. At Waatts, we have opted for the most efficient, most advanced and also the most reliable brands.
Our inverters are also the only Full Hybrid on the market, much more modern and complete than brands like Huawei, etc.
Our products can be integrated into your existing installation and give you the benefit of all the latest technologies.
Calculation based on 50% self-consumption via 14 photovoltaic panels.
Consumption 6 kW - Power of 3 kW: Savings: 3000 x 0.3 € + 3000 x 0.07 € = 1260 €/year.
Heat pump
air/air
The benefits of our air/air heat pumps include their energy efficiency, versatility and eco-friendliness. These systems extract heat from the outside air to heat the interior in the winter and reverse the process to cool during the summer. They are more energy efficient than traditional heating systems. They offer a heating and cooling solution in one device. They can easily replace part of your fossil energy consumption (oil, gas) by using ambient air as an energy source.
ADD just 6 PANELS to your configuration to optimize this installation and save up to €703 more per year.
703€
PER YEAR
SAVE
Calculation based on 50% self-consumption via 3 photovoltaic panels.
Consumption 1.1 kW - Power of 3.8 kW: Savings: 1900 x 0.3 € + 1900 x 0.07 € = 703 €/year.
Heat pump
air/water
The advantages of our air/water heat pumps lie in their energy efficiency, their versatility and their ability to provide heating and domestic hot water. These systems use outside air as an energy source to heat water for central heating and hot water production. They are very energy efficient and reduce greenhouse gas emissions. They can be integrated into existing heating systems. The air/water heat pump therefore offers a durable and economical solution for domestic heating by replacing your oil or gas boiler.
ADD just 4 PANELS to your configuration to optimize this installation and save on average €2,772 more per year.
Calculation based on 70% self-consumption via 6 photovoltaic panels (they produce hot water during the day and store it).
Savings of 2,500 liters of oil/gas - Consumption 2.2 kW - Power of 12 kW: Savings: 8400 x 0.3 € + 3600 x 0.07 € = 2772 €/year.
Radiator
inertia
Our inertia radiators offer gentle and constant heat thanks to their ability to store and release heat gradually. Their advantage lies in their energy efficiency, their increased thermal comfort, and their ability to maintain a stable temperature over an extended period, even after the power supply has been turned off. Our radiators also contribute to energy savings by optimizing the use of electricity for heating with your photovoltaic panels.
ADD just 4 PANELS to your configuration to optimize this installation and save on average €481 more per year.
481€
PER YEAR
SAVE
Calculation based on 50% self-consumption via 6 photovoltaic panels.
Consumption 2.6 kW - Power of 2.6 kW: Savings: 1300 x 0.3 € + 1300 x 0.07 € = 481 €/year. An inertia radiator releases stored heat.
terminal
auto refills
Our self-charging stations offer fast charging, universal compatibility, intelligent remote management. They result in significant financial savings, while contributing to environmental sustainability.
Installing a terminal combined with photovoltaic panels allows you to drive almost free every day.
ADD just 4 PANELS to your configuration to optimize this installation and save on average €842 more per year.
Calculation based on 80% self-consumption via 7 photovoltaic panels.
Consumption 3 kW - Power of 3 kW: Savings: 2400 x 0.3 € + 600 x 0.07 € = 842 €/year - 20,000 Km in thermal car based on 7L/100 at 1.85€ = 2590€ d fuel economy.
Heat pump
without outdoor unit
Air/air heat pumps without an external unit offer all the advantages of a traditional heat pump by combining discreet aesthetics, simplified installation, flexibility of use and reduced visual impact. In addition, they offer reduced noise pollution and adaptability to confined spaces.
ADD just 4 PANELS to your configuration to optimize this installation and save on average €484 more per year.
484€
PER YEAR
SAVE
Calculation based on 50% self-consumption via 3 photovoltaic panels.
Consumption 0.75 kW - Power of 2.4 kW: Savings: 1200 x 0.3 € + 1200 x 0.07 € = 484 €/year.
The batteries
Comfort, freedom!
A home battery stores electricity from your panels during periods of low demand. It then releases this stored electricity during peak demand or power outages. Home batteries promote local self-consumption of electricity, reduce dependence on the grid and provide a backup power source.
The profitability of a battery must be seen from the angle of the savings obtained, but also from the security of supply.
Economy :
5120 Wh - 1825 kWp x €0.3 = €547/year.
10240 W h - 3650 kWp x 0.3 € = 1095 €/year.
1095€
PER YEAR
SAVE
