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Welcome to the solar energy era

Solar energy is the renewable energy by excellency, diffused in the form of electromagnetic radiation of the Sun and reaching us through the atmosphere before being absorbed on the surface of the Earth. Solar energy is the root of the cycles of water, wind and photosynthesis, upon which depend organic life, also the animal kingdom and finally Humanity.

Renewable energy sources indirectly derived from solar energy include:
– hydraulic energy, derived from the kinetic energy of water whose cycle depends on the Sun;
– wind energy, derived from the kinetic energy of the wind associated with the heating and evaporation of water, generated by the Sun;
– energy of the biomass in organic and woody form as well as the geothermal energy of low temperature, coming from the superficial layers of the ground warmed by the Sun.

The easiest, but also the directest and most efficient, renewable energy production technic consists though in capturing energy from the electromagnetic radiation of the Sun, which can subdivided into 2 distinct technologies:
– solar thermal to store heat energy from electromagnetic radiation for example domestic hot water, auxiliary heating or industrial processes;
– photovoltaic technology for converting electromagnetic radiation into electrical energy for example primary household needs, electric vehicle and heat pump power supply.

Solar energy is renewable and inexhaustible energy on the scale of humanity, whose heat storage and electrical conversion, combined with other sources of energy depending on specific needs, allows everyone to become a producer-consumer (prosumer), by increasing its energy self-sufficiency, decreasing its ecological footprint and optimizing its own carbon balance (CO2).

Solar Thermal

Solar thermal technic is mainly composed of solar thermal collector, as a device designed to collect solar heat transmitted by the solar radiation, to communicate it to a heat transfer fluid (liquid or gas), in order to accumulated it in a heat storage component. This heat can then be used to prepare hot water, for auxiliary building heating or in various industrial processes.

Solar thermal applications are divided into several types, especially in

-small scale residential units for hot water preparation in response to domestic heat needs using glazed collectors or p.ex. pool heating with open collectors;

-large decentralized thermodynamic solar power plants, producing heat and electricity using parabolic trackers combined with heat-power coupling systems.

The heat transfer fluid may be running water, circulating air, an antifreeze mixture (p.ex. water-glycol), a phase change fluid, or an oil having a higher vaporization temperature for applications requiring very high temperatures (p.ex. high temperature sterilization).

Solar thermal systems are mainly used in our latitude for the preparation of domestic hot water for individual homes, especially for individual and homes with combined solar thermal systems (p.ex domestic hot water and building heating), or as a remote solar heating plant, to meet the needs of industrial processes and even for solar thermal air conditioning (p.ex extracting heat from the ambient air)!


Photovoltaic technology is the process allowing the production of renewable electrical energy with the electromagnetic radiation of Sun.

The photovoltaic cell is the basic electronic component using the photoelectric effect of sunlight, several interconnected cells form a photovoltaic module.

Several modules connected in series and/or in parallel form a solar power plant producing electricity for use in islanding systems, or to feed into private or public electrical distribution network.

Isolated fotovoltaic power plants may directly consume the electricity produced in non gridconnected sites, equipped, with storage device in particolar batteries, in order to benefit of electricity also outside of production hours (p. ex. overnight).

Photovoltaic power plants can also be connected to distribution network, these facilities are equipped with inverters converting the direct current into alternative current, according to the specific characteristics of each local area network (p. ex. 50 Hz frequency). This second installation category requires on purpose no storage device, electricity being consumed by the nearest consumers on the electrical network.

The photovoltaic technology is subdivided into monocrystalline solar modules on one hand, with higher yield and maximum efficiency per unit area, for applications on smaller residential surfaces. Polycrystalline solar modules on the other hand have tendentiously the better quality/price ratio, why their use dominates the photovoltaic market with an optimum returns and also a predictable lifetime of over 30 years.

The amorphous solar modules have finally considerable potential for the solar industry with various applications and a higher performance by diffused light. However amorphous silicon cells have a lower efficency compared with standard criystalline modules. Therefore they are more suitable for industrial sized photovoltaic power plants and large-scale ground mounted solar parcs, with consequent economies of scale on their production costs and the carbon balance (CO2)

The exponential evolution of the installed total photovoltaic power is in particular the result of the technological improvements and especially the massive reduction of production costs considered over the last 10 years, with nearly 100 GW (Gigawatt) newly installed per year between 2017 and 2019, whether a installed capture area on a planetary scale totaling today the equivalent of more than 500’000 football fields (2’500’000’000 m2)!


SunPower Maxeon

Premium Aesthetics
SunPower sleek black Maxeon panels blend harmoniously into your roof. The most elegant choice for your home.
Highest Lifetime Energy and Savings
Designed to deliver 60% more energy in the same space over 25 years in real-world conditions like partial shade and high temperatures. 2



Q.ANTUM TECHNOLOGY: LOW LEVELISED COST OF ELECTRICITY Higher yield per surface area, lower BOS costs, higher power classes, and an efficiency rate of up to 19.5 %.
INNOVATIVE ALL-WEATHER TECHNOLOGY Optimal yields, whatever the weather with excellent low-light and temperature behaviour.
ENDURING HIGH PERFORMANCE Long-term yield security with Anti LID Technology, Anti PID Technology1, Hot-Spot Protect and Traceable Quality Tra.Q™.


NEMO® 2.0

Made in Germany All NeMo® modules are manufactured with the latest production technology in Chemnitz, Germany.
Optimized performance Module design created with the innovative SmartCalc.CTM Software.
Sustainable Our NeMo® modules are manufactured with electricity from our own PV plants and additionally acquired green electricity

NEMO® 2.0

Other products available on request.


For frame heights of between 31 and 55 mm. Quick installation and easy maintenance. Robust and module-protective that provides excelent system design according to EN 1991-1

CreoTecc Alutec Original


TSM4 from Creotecc is the innovative solution for photovoltaic installations on trapezoidal sheet metal roofs. All common modules with frame heights between 35 and 50 mm can be easily installed using the stainless steel TSM4 brackets…

CreoTecc TSM4

LEICHTmount rail 2.0

Aerodynamic, lightweight and totally wind-safe construction without roof penetration: The S:FLEX LEICHTmount RAIL mounting system for framed PV modules is the ideal solution for flat roofs (up to a maximum pitch of 5°) – even with low load-bearing capacities.

LEICHT mount 2.0
Ground mounted

The S:FLEX ground mount system is available as a single- or dual-base variant and can be used on an extremely wide range of ground types and terrain formations. Sloped terrain up to 6° in an east-west direction is fully usable. Slopes up to a gradient of 50° are acceptable with suitable constructive measures.

GROUND Mounted

Other products available on request.

Fronius Symo

With power categories ranging from 3.0 to 20.0 kW, the transformerless Fronius Symo is the three-phase inverter for systems of every size. Owing to the SuperFlex Design, the Fronius Symo is the perfect answer to irregularly shaped or multi-oriented roofs.

Fronius Symo


The Fronius Ohmpilot is a consumption regulator that uses excess solar power to heat water. Thanks to its continuously adjustable regulation from 0 to 9 kW, the excess solar power can be used efficiently and fed to a heat source in the household.

Fronius SYMO GEN 24 PLUS

In power categories from 6.0 to 10.0 kW, the Fronius Symo GEN24 Plus is the ideal hybrid inverter for private households. With various features included as standard it fulfills every customer‘s needs.


Other products available on request.

Geothermal heat pumps

These heat pumps heat with heat from the ground. With the help of the Optiheat and Optipro series or CTAexklusiv, buildings of all kinds can be heated: from single-family homes to multi-family homes, stadia, office, shopping and industrial buildings…

Many specific products available on request

Coming soon


A few of our references…

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A few of our references…

…more references to visit on request

A few of our references…

…more references to visit on request!

Future Energy Enterprise

Future Energy SA is a swiss limited company, with an initial capital of 100’000 CHF, incorporated in June 2014 and having taken over the commercial activities of Future Energy Individual company previously active since 2010.
The company is mainly acting in
– Project development, analysis of energy needs, static and electrical / hydraulic dimensioning, preparation of technical documentation with quote / offer;
– Administrative procurement, construction announcement, request for connection to the electrical grid, request for local / federal subsidies;
– Turnkey delivery of solar power plants, private metering system, thermal heating / heating systems.

You would like to acquire a photovoltaic power plant, solar thermal unit or a complete thermal system, during your voluntary energy sanitation, the required renovation of your home, or in combination with the construction of your real estate project?
We provide you with the “turnkey” delivery of
– Administrative formalities required, construction permit, application for subsidies, etc;
– Complete components, photovoltaic modules, mounting systems, inverter and wiring, metering system, charging station, heat pump, etc;
– Roofing construction work, complete electrical installation, hydraulic connection, manual or mechanical handling, necessary workplace safety measures, etc.
– Procedures for commissioning, inspection of construction acceptance, certification of the production facility, supervision of production / consumption, complete technical and administrative documentation for the client, etc.

Our target is your satisfaction in the short and medium term, using all our expertise to make your project benefit from it, with suppliers on the top of technology, qualified installers and specialized partners, to deliver you a tailor-made solution according to needs and desires as to our customers throughout Switzerland for almost 10 years!

Future Energy Locations

Future Energy SA
1070 Puidoux

(Meeting on request)

Future Energy SA Deutschschweiz
@ Zebra Box Bern
CH-3007 Bern

(Meeting on request)

Future Energy SA
c/o Kontrofina
6648 Minusio
(Meeting on request)

We look forward to seeing you in our premises between the city of Bern, the vineyards of the county of Vaud and the Mediterranean climate of Italian part of Switzerland on prior request – we will suggest for international meetings to meet in a cozy, friendly and cosmopolitan setting with a breathtaking view – let yourself surprised by Future Energy SA!


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