Questions & Answers

Q: In the SunStainable system, how many solar modules can be placed in one row?

A: To guarantee the best quality, a maximum of 10 solar modules can be placed in a row. Since the system is modular and scalable, the number of modules and rows can be designed to meet the location and operational needs of each client.

Q: What is the size of each solar module?

A: Each individual solar module is 9 feet wide and 18 feet long. If you were to have two linear rows of 10 solar modules, it would each require 3,150 sq. ft. of space. 

Q: What is the difference or clearance between each row?

A: Between the axles of each row, the distance is from 7 to 9 meters. 

Q: What is the weight of each solar module?

A: The weight is about 100-120 kg. 100kg empty, but considering the heating fluid inside, there is an added weight. 

Q: How many rows are usually needed in the SunStainable system? 

A: The number of rows that can be placed depends on the size and shape of the land. It can be configured as needed with no maximum limit on rows. Additionally, because the system is adjustable and flexible, rows can be placed either inline or side by side. 

Q: What are the criteria for assessing the property location?

A: Our process begins with a pre-assessment questionnaire asking about the property geolocation so we can note the obstacles making shadows (trees, buildings, etc.) and assess the sunlight hour statistics of the location. All this, as well as the consuming style of the client, affects the size of the concentrator, storage, and overall configuration of the solar technology system. 

Q: Is the SunStainable system customizable?

A: Yes, because it is modular and scalable, the systems are built according to the location, amount of sunlight, and consumption needs of the client. Different areas, scenarios, and needs require different calculations so we can provide the most efficient system.

Q: How often is the maintenance for the SunStainable System?

A: The SunCatch SunStainable system is generally low maintenance. However, how often it should be maintained will depend on location, rain, and other elements exposing the system. A clean system is most efficient for optimal performance.

Q: What is Thermal Energy Storage (TES)?

A: The Thermal Energy Storage is the tank that stores heat at 92C/198 F (maximum) to support 24/7 weather-independent operation. It is scalable and made of stainless steel panels, making it easy to customize the size, repair, or rebuild if necessary. It holds water, which is the system’s heating medium. 

Q: What makes the SunStainable System different from PV panels and other solar tech? 

A: The SunStainable solar thermal heating technology works similarly to a huge magnifying glass that concentrates the sunlight to produce heat. Meanwhile, photovoltaic (PV) panels convert sunlight into electricity, which in turn can affect efficiency. 

Since there is no conversion involved, the SunStainable System can achieve up to 92% efficiency as compared to the 25% efficiency of most PV panels on the market. 

Q: Can the SunStainable System be mobile?

A: Yes, the SunStainable System is designed to be fully functional while mounted on a trailer along with the Thermal Energy Storage (TES.) Depending on the client’s consumption needs, it can be only one solar module mounted on a regular trailer or 2 or 3 solar modules with a larger TES mounted on a longer trailer for larger-scale systems. 

Q: What are the range of applications of the SunStainable Concentrated Solar Thermal System?

A: The SunStainable Concentrated Solar Thermal (CST) system is a versatile solution suitable for a wide range of applications, including but not limited to:

1. Space heating – ideal for commercial, agricultural, and industrial buildings, residential homes, greenhouses, digesters, and indoor community or sports facilities.
2. Water and liquid heating – for uses such as cleaning, washing, sanitizing, pasteurization, freeze protection, road deicing, and swimming pool heating.
3. Air heating – supporting processes like drying, dehydration, moisture control, or integration into HVAC systems.

Our CST technology is designed for seamless integration with existing heating and hot water systems and can also be connected to heat-to-power engines, absorption chillers, thermal desalination units, and more. Additionally, CST is an excellent fit for community-scale thermal microgrids, offering a reliable and sustainable energy source. Its adaptability opens the door to countless other applications—just tell us your needs!

Q: What is your technology made of?

A: Our Concentrated Solar Thermal (CST) system and Thermal Energy Storage (TES) units are constructed from 98% recyclable materials, including steel, acrylic, and glass—making them a sustainable choice from both an energy and environmental standpoint.

Q: Does your CST system track the sun?

A: Yes. Our CST system features an intelligent control module that stores location-specific solar positioning data and actively tracks the sun throughout the day—maximizing energy capture from sunrise to sunset.

Q: What is solar thermal technology

A: Solar thermal technology collects and utilizes the sun’s energy to produce heat for a range of uses, including heating water, space heating, or air heating. Solar thermal systems use the sun’s heat to provide thermal energy.

Q: What is the difference between solar panels and solar thermal technology?

A: Solar thermal technology, such as SunCatch’s Concentrated Solar Thermal (CST) system, collects concentrated radiation from the sun to generate thermal energy. On the other hand, solar panels use photovoltaic (PV) technology to turn sunlight into electric power. Combining CST and PV technologies empowers you to operate off-grid and achieve true energy independence.

Q: Is solar thermal energy good for the environment?

A: Yes, renewable and clean energy like solar thermal energy is good for the environment. Compared to fossil fuels, solar thermal systems produce no greenhouse gases or air pollutants during operation. They utilize the sun’s energy, a virtually inexhaustible resource, reducing dependence on finite and polluting energy sources like fossil fuels.

Q: What is the main benefit of using solar thermal energy?

A: The main benefit of using solar thermal energy is being able to harness the sun’s heat for efficient and clean energy. Solar thermal energy is a sustainable and eco-friendly solution to reducing the reliance on fossil fuels while also lowering energy costs. 

Q: Do solar thermal systems need direct sunlight?

A: Solar thermal systems perform best with direct sunlight, as it maximizes heat absorption. However, they can still operate efficiently on cloudy or overcast days, though at reduced efficiency. Even in indirect sunlight, solar thermal systems can generate useful heat, making them versatile for varying weather conditions.

Q: Is solar power better than fossil fuels?

A: When it comes to sustainability and being a clean and renewable source of energy, solar power is better than fossil fuels, which are known to release significant amounts of carbon dioxide and other pollutants that may cause harm to the environment.