top of page
STM-05.CALDERA A PISO RENDER 03.jpg

Ultra-Efficient Thermal Power Plants (CTUe®)

Our CTUe® (Ultra-Efficient Thermal Power Plants) feature advanced technology created in-house, offering hot water and heating services with maximum comfort and enabling:

  • Reduce energy consumption by 30% to 60%

  • Reduce carbon footprint from 30% to 85%

  • Contribution to the circular economy

  • Eliminate accumulation ponds (gas solutions)

  • It is installed in less space and time than conventional power plants

  • Competitive prices, savings guarantees and cost-effective solutions

  • Modular options that can be installed on site in 1 day

  • Our service offers the design, assembly and after-sales service of the CTUe ®

  • Lower percentage of failures, minimum after-sales service

  • Systemic control and possibilities of integration with other technologies

  • Remote monitoring of performance parameters

ctue.jpg

Ultra efficient gas-fired thermal power plant (CTUe®)

  • It is a gas-fired thermal power plant that generates hot water and/or heating. Its operation is guaranteed in various types of buildings, including residential buildings, hotels, hospitals, clinics, etc.

  • It does not use hot water accumulators, which makes it easy to install in a room of no more than 20 m².

  • It generates a reduction in energy consumption of up to 35% and a reduction in carbon footprint of up to 40% compared to a traditional thermal power plant.

  • It also allows integration with solar thermal and photovoltaic panels, cogeneration, heat pumps and other renewable energy sources.

ctue hy.jpg

Hybrid thermal power plant
(CTUe-HY)

  • It is a thermal power plant that uses gas and electricity to generate hot water and/or heating. Its operation is guaranteed in various types of buildings, including residential buildings, hotels, hospitals, clinics, etc.

  • Its efficiency allows for savings of up to 45% compared to a traditional power plant, and the carbon footprint reduction is around 50% for Chile.

  • It also allows integration with solar thermal and photovoltaic panels, cogeneration and other renewable energy sources.

ctu mg a.png

Ultra-Efficient Modular Gas Powered Thermal Plant (CTUe-M-GA)

  • It is the gas-powered CTUe installed in a shipping container-sized module. It is pre-certified and tested in a workshop, and can be installed on-site in one day.

  • The maximum installed capacity for this structure is 1,800 kW, which can generate enough hot water for 6,000 people and heat 50,500 m2.

ctua fe.jpg

Ultra-efficient Full-Electric Thermal Power Plant (CTUe-FE®)

  • It is a thermal power plant that uses electricity to generate hot water and/or heating. Its operation is guaranteed in various types of buildings, including residential buildings, hotels, hospitals, clinics, etc.

  • It requires inertial accumulators (not sanitary) but does not exceed 60 m2 of installation.

  • Its high efficiency allows for savings of up to 60% compared to a traditional power plant, but it does not emit COâ‚‚ at the site of use, and the carbon footprint reduction is around 80% for Chile.

  • It also allows integration with solar thermal and photovoltaic panels, cogeneration and other renewable energy sources.

ctue nlc.jpg

Ultra-efficient New Low Cost Thermal Power Plant (CTUe - NLC®)

  • Gas-fired thermal power plant designed for small volumes of DHW and/or heating generation. Designed for replacement or new designs of installations with gas water heaters or boilers.

  • It generates a reduction in energy consumption of up to 35% and a reduction in carbon footprint of up to 40% compared to a traditional thermal power plant.

  • It also allows integration with solar thermal and photovoltaic panels, cogeneration, heat pumps and other renewable energy sources.

ctue mf e.png

Ultra-Efficient Modular Full Electric Thermal Power Plant (CTUe-M-FE)

  • It is the CTUe – FE installed in a maritime container type module, it must be complemented with the installation of an inertial accumulation tank, it is installed in 1 day

  • The maximum installed power for this structure is 520 kW (208 kW electrical), which allows generating the necessary hot water for 1,500 people and heating for 3,000 m2.

bottom of page