Solution system that automatically turn on and off the lightings appropriately.


With the growth of popularity on LED lighting, we have mastered the key of the LED lighting aspects. We partnered with selected quality manufacturers in R&D to establish high quality and energy efficient product ranges.

We design lighting solutions based on human centric in mind, ensuring not only the lighting requirements are met, but comes with energy efficient.

Not to mention, our design does not compromise in ambient creation for interior design. This made us the preferred partner with a lot of interior designers and consultants!


Solution system that allows you to zone your area into smaller zones, or link together. Controlling them separately or together when they are connected. Dimming and automatic control integrations are available.


A complete wireless control system that allows you to control almost all devices easily. With IoT, control can now be automated or even accessbile for monitoring when you are abroad!


Through energy monitoring system, gain better insights for enhanced energy efficiency implementation. our Solar PV solution system comes with energy montoring system too. Our monitoring system are cloud based. This allows us to centralize our monitoring, and responds at shortest time we could.

A clean and healthy indoor climate

An indoor climate is more than just indoor air. In addition to indoor air, the indoor climate is comprised of, for example, the temperature, air humidity, carbon dioxide level, and the sound environment.

A good indoor climate is something that you don’t necessarily notice. You cannot see, smell, taste, hear, or feel it. You do not need to pay attention to it.

The quality of the indoor climate is of great significance to our well-being. After all, we do spend most of our lives indoors: at home, work, or school.

You tend to notice a poor indoor climate when you enter one.

A poor indoor climate can be detected, for example, from:

• unpleasant smells
• stuffy air
• an excessively high carbon dioxide content
• a draught
• an excessively hot or cold indoor temperature

Symptoms caused by a poor indoor climate include respiratory problems, eye irritations, headaches and fatigue. Those experiencing respiratory symptoms, children, and the elderly are often more prone to suffer from a poor indoor climate. A poor indoor climate can make the most sensitive people seriously ill.

A good indoor climate is healthy for both the occupants and the structures of a premise. A good indoor climate is not too dry, nor too humid. It is just right and, thus, unnoticeable.
And this is regardless of the external conditions.

The quality of the indoor climate is maintained with ventilation.

Ventilation provides the best indoor climate

The functioning of natural ventilation depends on the weather. The supply air is not cleaned. It is also not energy-efficient, as you lose heat with the extract air.

Mechanical extract ventilation uses a fan to extract exhaust air. Heat cannot be recovered and there is not always enough make-up air.

In supply and extract air ventilation, the supply air is also blown inside mechanically. The supply air can be filtered and processed efficiently, and heat is being recovered from the extract air. This means that the method is energy-efficient.

We speak of air conditioning, when the supply air is also humidified or dried, cooled or heated, as required. This will ensure that the indoor air is always of uniform quality and healthy for us, regardless of changes in external and internal conditions.

Air conditioning seems to be a standard feature in almost all new cars these days. Why not in all apartments as well!

It is very difficult to implement a good indoor climate in an energy-efficient, air-tight building, without an efficient mechanical ventilation unit equipped with heat recovery.

Our partner from Finland know all there is to know about healthy indoor air, energy-efficiency, and effective heat recovery. Since 1983, our partner have been developing the most progressive ventilation units for houses of all sizes.

The technology behind the energy-efficiency of the ventilation systems is an innovative heat recovery system, based on a rotary heat exchanger. When you combine this with heat-pump technology, you are able to reach an annual efficiency of more than 90%.

The basics of a good indoor climate:

Health factor

• The indoor air is fresh and filtered
• The building is healthy and not moldy
• The rotary heat exchanger returns humidity to the indoor air during winter, and thus always maintains the humidity of the indoor climate at a healthy level for both the building and its occupants.


• A suitable indoor air temperature is created by heating or cooling the air blown inside.
• Controlling the humidity level of the indoor air also enables comfortable indoor conditions in hot summer weather or when it is very humid.


• A rotary heat exchanger is extremely energy-efficient, even on its own, and when combined with a heat pump, you have an energy-efficient solution with no equal. All surplus and waste energy can be harnessed by introducing the Aqua and EnergyBUS functions.
• The summer night cooling of the rotary heat exchanger decreases the cost of cooling.
• The carbon footprint and the payback period of the investment are both small.


• System and Engineering Design
• EPC, including procurement and construction
• Testing and Commissioning, and connection to Grid


• Electricity Usage Monitoring
• Analytics on Power Consumption


• Financial Modeling, Payback and IRR
• Submission to Authorities
• Project Funding and GTFS advisory
• Registering as RPVI

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