PC280
It is now possible to generate electricity from unused energy sources such as factory waste heat and geothermal energy.
The PC280 is a binary generator that primarily operates using geothermal or waste heat as its energy source. It boasts a strong track record of successful installations worldwide and is one of the few binary generators that continues to operate stably over the long term. Additionally, with a rated output of 280kW, this product is eligible for regulatory exemptions under the Electric Utility Industry Law.
280kW Rated Output
The system is capable of generating up to 280 kW of electricity from hot water and steam at temperatures ranging from 90°C to 150°C.
Easy Maintenance
Shell and tube heat exchangers developed with geothermal heat in mind allow for easy and quick maintenance.
Short Delivery Time & Minimal Installation Cost
Since it is a mass-production model type generator, we have realized a short delivery time of 7~8 months. It contributes to a significant reduction in construction time.
TES70/120
Small-scale binary power generation system
In order to meet the needs of customers around the world, TICA has officially released a binary generator (TES70/TES120) with a smaller output than PC280, and GPSS Engineering will begin handling this product in 2025.
The TES70/TES120 can generate power using low-temperature/small-volume heat sources, which have been difficult to utilize for power generation until now. We will make the best proposal according to the heat source conditions.
Compact design is realized by adopting plate heat exchangers for the evaporator and condenser. Installation in a small space is possible.
Compact design
The use of a plate heat exchanger makes it more compact than the PC280.
Installation in narrow spaces can also be considered.
Operation with new refrigerant is possible
The system can operate with a new refrigerant (HFO-R1233zd(E)) that can replace the refrigerant (HFC) used in conventional binary power generation systems.
Operating know-how cultivated with PC280
This product is manufactured by TICA, the same company that produces the PC280, which has a proven track record as a GPSS.
It employs a control mechanism and remote monitoring system based on the operational know-how cultivated with the PC280.
BinaryGenerator
Binary generator with uniquely designed radial outflow turbine
EXERGY conducts research, development, design, and manufacturing of binary generators equipped with uniquely designed radial outflow turbines, based on advanced technology. Binary generation offers the advantage of easier maintenance compared to other solutions, as the turbine itself does not come into direct contact with the heat source. Additionally, EXERGY’s binary generators are known for their ability to provide optimal designs tailored to the specific heat source, offering solutions up to 50MW.
Rated Output of 1MW – 28MW
Its use depends on the temperature and application. 11 different working mediums of heat sources are used, with a temperature range of 90°C~350°C.
Innovative Technology
The world’s highest power generation efficiency of 30% for a binary generator has been achieved with our uniquely designed multi-stage high-efficiency radial outflow turbine.
Case Studies
The system has been installed in 54 facilities totaling 475 MW around the world.
AIR HEATEXCHANGER
High global market share in heat exchange, cooling and air conditioning
Since its establishment in 1986, LU-VE Group has used pioneering technology to introduce new ways of conceiving and manufacturing refrigeration and air conditioning products. Their method is now the industry standard. Headquartered in Varese, Italy, the company is an international company with manufacturing facilities in nine countries (Italy, China, Czech Republic, Finland, India, Poland, Russia, Sweden, and the United States) and distributors in 14 countries.
Air Cooled
Operational costs associated with water quality control to prevent Legionella outbreaks will be eliminated. In Europe, many cooling towers already use air-cooled systems.
Expert Capabilities
The combination of heat exchange tubes and special aluminium in optimum proportions achieves the three goals of “improved cooling performance,” “reduced power consumption,” and “reduced operating noise. Dry operation and spray operation can be switched according to ambient (current) temperature, and the amount of water can be operated at one-third to one-tenth that of a normal water-cooled cooling tower.
International Standards Certifications
In 2020, LUVE GROUP’s LU-VE S.p.A., which deals with air-cooled cooling towers, became the first company in Europe to receive the Eurovent “Certify All” certification, which certifies the conformity and performance of a complete range of products to international standards. Other certifications include energy management systems and quality assurance.
RPF Solutions
Steam supply system utilizing RPF
GPSS is capable of producing steam using RPF (Refuse Paper & Plastic Fuel), a fuel made from waste plastics and used paper. GPSS can make Waste Heat Recovery from various grades of RPF resources realized through cooperation with GPSS’s partners. Operation costs of RPF compared to fossil fuels significantly reduce annual fuel costs. We will also make effective use of subsidies while realizing an early return on investment.
Deductible for CO2 Emissions
CO2 emissions can be deducted from the Adjusted Emissions(*) item in order to evaluate businesses that make effective use of waste and fossil fuel alternatives.
Low Cost
While fossil fuel prices (such as the price of Heavy Oil) continue to rise year after year, RPF prices can be supplied at less than half the price of Heavy Oil. RPF can be supplied stably by RPF suppliers.
*Please inquire separately for pricing details.
Subsidies Available
GPSS Engineering will provide full support from the preparation of grant application materials to the application process.
WasteHeatSolutions
Steam supply system utilizing waste heat from factories
Effective utilization of waste heat in a factory (i.e., high-temperature exhaust gas) generated at steel mills and incinerators is possible. We also offer a proposal for a set of a binary generator. We will also make effective use of subsidies while realizing an early return on investment. In addition, as an EPC manufacturer, we can realize the maximum return on investment by proposing the optimum combination of binary generators.
Effective Use of Factory Waste Heat
Efficiently supply steam using factory waste heat, which is currently underutilized and unutilized.
Proposal with a Binary Generator Available
GPSS Engineering can propose the best combination of binary generators and investment efficiency.
Subsidies Available
The use of unused heat makes it eligible for subsidies. We will provide full support from the preparation of grant application materials to the application process.