Limitless integration possibilities
Solar heat can be easily integrated at several points in the existing system. The technology can also be used as a preheating step for higher temperature processes, further expanding the scope of possibilities.
Reduce your energy costs
Reduce your CO2 emissions
Protect yourself from rising prices
Strengthen your brand
Easy integration into the existing heating system
There are many ways to integrate a solar thermal energy system into a production plant. Energy can be supplied to processes at two different levels: at the energy supply level or at the process level.
Planet Soar's team of application experts helps you find the optimal solution based on your plant's operating conditions.
Urban heating
District heating is initially designed to improve air quality in cities by moving combustion to a single location and replacing individual boilers.
The T160 now improves the process by replacing combustion in heating plants with clean solar energy. The introduction of solar in district heating will save money by reducing fuel consumption and maintenance.
Food processing
Today, 25% of global emissions are related to the food industry.
More and more food companies are exploring the possibilities offered by solar thermal energy to increase both profitability and sustainability. Food processing consumes large amounts of energy, most of it in the form of low to medium temperature heat, making it an industry well suited to solar thermal energy.
Breweries and beverages
Up to 70% of the energy used in a typical beverage production plant can be replaced by solar energy.
There are many ways to integrate a solar thermal energy system into a beverage processing line. Solar thermal energy is an ideal energy source for a whole range of process steps in breweries and beverage production plants, significantly reducing energy costs and CO2 emissions.
Dairy products
Each tonne of dairy product processed in industry results in a significant amount of CO2 emissions. A few dairy products are among the most climate-damaging food products in the world.
By providing safe and renewable energy, solar thermal helps reduce fuel costs and emissions in the dairy industry.
tea processing
The judicious use of solar thermal energy for industrial processes in the tea industry offers a renewable energy alternative to meet heat demand enabling competitive pricing.
In tropical climates, the year-round availability of solar energy offers great potential for industrial heating applications, enabling a stable energy supply with low emissions.
Textile sector
Growing awareness of the harmful effects of fossil fuels and substantial reductions in energy costs and CO2 emissions are driving major textile producers to turn to renewable energy sources.
The processing of textile production consumes significant amounts of energy, most of it in the form of low to medium temperature heat, making it a perfect target for solar thermal energy.
Mining
Often located in countries with high solar radiation, mining companies have great potential to integrate solar thermal systems.
T160 technology efficiently handles much of the heat demand, providing your industry with a competitive and consistent source of energy, avoiding future fluctuations in fossil fuel prices.
Paper industry
Our technology has multiple application areas in the pulp and paper industry and can be integrated into the existing boiler system to reduce energy costs.
The T160 solar collector concentrates incoming light to produce heat up to 160 degrees and steam up to 8 bar for industrial processes such as bleaching, washing, drying and digesting pulp.
Production of chemical products
Solar thermal is applicable to several stages of the chemical industry, reducing emissions and fuel costs.
The technology enables efficient use of solar thermal energy for the application of heat in industrial processes, providing your industry with a competitive and constant source of energy, avoiding future fluctuations in fossil fuel prices.
Pharmaceutical industry
Solar thermal is applicable at several stages of the pharmaceutical industry, from research and development to the finished product.
The technology enables efficient use of solar thermal energy for heat application in industrial processes, which can reduce dependence on fossil fuels and unsustainable biomass energy consumption.
Desalination process
Solar desalination replaces or supplements your existing systems, providing a renewable energy alternative to meet demand with stable prices.
Huge amounts of energy are required in desalination industries for the process to be feasible. To produce 1,000 m3 of fresh water per day, 10,000 tons of oil per year are needed, or about 27 tons of oil per day.
