Other Solutions
Complementary solutions
to respond to different
energy challenges
and air conditioning.
Pellet and Biomass Stoves
Efficient heating through renewable sources.
Biomass solutions use renewable fuels, such as pellets, to produce heat efficiently and sustainably, providing an attractive alternative for homes and other spaces seeking to reduce their reliance on conventional fuels.
Solar Thermal Panels
Harness solar energy to produce hot water.
A solution that uses solar energy for domestic hot water heating, helping to reduce energy consumption and increase the overall efficiency of the installation.
HVAC
Technical solutions for larger spaces.
We design and implement HVAC systems tailored to the specific needs of commercial, industrial and service buildings, ensuring comfort, energy efficiency and environmental control.
Technical Advice and Analysis
We identify the most suitable solution for each situation.
Design and Sizing
We design according to the actual characteristics of the space.
Installation Specialist
In-house teams and experience in implementing solutions.
Technical Support
Ongoing monitoring to ensure everything is working properly.
The best outcome arises when the solutions work together.
In many projects, the best result comes from integrating various complementary solutions, allowing you to maximise comfort, energy efficiency and return on investment.
Detached House
Greater thermal comfort, better indoor air quality, efficient hot water production and reduced energy consumption.
Refurbishment or Renovation
Improvement of comfort, increase in energy efficiency and reduction of usage costs without the need for major structural interventions.
Housing in a Rural Context
Greater energy autonomy and utilisation of different available renewable sources.
Commercial Spaces and Services
Greater comfort for customers and staff, control of energy consumption and greater operational reliability.
Commercial and Industrial Projects
Reduction in operating costs, greater energy efficiency and continuous technical support.
Projects where we have applied this
this solution.
Perguntas frequentes
What are considered "other solutions" at Inwatt?
These are technologies that complement the main climate control and energy production areas, enabling specific project requirements to be met. They include pellet and biomass stoves, condensing boilers, solar thermal panels, wind energy generation and HVAC climate control systems for larger spaces. The choice always depends on the characteristics of the space and the objectives of each client.
What is the difference between a solar thermal panel and a photovoltaic panel?
Although the designation is similar, they have distinct functions. The solar thermal panel harnesses energy from the sun to heat water, intended for domestic use or heating support. The photovoltaic panel converts sunlight into electricity. Depending on the objective, they can be installed individually or together, and Inwatt helps to define the most advantageous combination.
Is biomass or pellet heating an efficient alternative?
Yes. Biomass solutions use renewable fuels, such as pellets, to produce heat efficiently and with less reliance on conventional fuels. They are suitable for both local and central heating, and the choice of the appropriate equipment depends on the size of the space and its intended use.
What distinguishes a condensing boiler from a conventional boiler?
A condensing boiler recovers the heat from the flue gases that a conventional boiler would otherwise waste, thereby improving efficiency and reducing energy consumption. It is a suitable option for anyone looking to modernise a heating or hot water system, making it more efficient.
In what situations does it make sense to install an HVAC system?
HVAC systems, which integrate heating, ventilation and air conditioning, are recommended above all for larger buildings, such as commercial, industrial and service spaces. They allow integrated control of the indoor environment, with comfort and energy efficiency managed centrally. Each project is studied according to the size and use of the building.
Is wind power generation viable anywhere?
Not everywhere. Wind power generation depends on the exposure conditions and the available wind resources at each site, and is particularly viable in areas with favourable conditions. A preliminary site assessment is crucial to determining whether this solution is suitable and what its generation potential is.
Is it possible to combine several of these solutions within a single project?
Yes, and in many cases this is what produces the best results. Integrating complementary solutions allows us to maximise comfort, energy efficiency and return on investment. Inwatt assesses each case and proposes the combination best suited to the needs and characteristics of the space.
