The color of an object significantly influences its ability to absorb energy, particularly from light. Dark-colored objects, such as black, absorb most of the light energy that falls on them across all visible wavelengths. This absorbed energy is often converted into heat, causing the object to warm up more quickly compared to lighter-colored objects. On the other hand, light-colored objects, such as white, reflect most of the incoming light and absorb less energy, resulting in less heat generation.
An attic is a space located just beneath the roof of a house, often with limited headroom. Its primary purpose is to create a buffer zone between the living spaces of the house and the external environment. These spaces contribute to passive cooling by providing a buffer zone between internal and external spaces, particularly in the most difficult area to shade: the roof.
Passive cooling is crucial for maintaining or reducing the temperature inside a house without relying on active mechanical systems like air conditioning. This approach focuses on managing heat gain and naturally promoting cooling as a design to minimize high energy consumption.
This type of generator converts thermal energy into electrical energy using thermomagnetic materials that exhibit magnetization changes in response to temperature variations. These generators utilize the Seebeck magneto-electric effect or the pyro-magneto-electric effect to produce electricity. Potential applications include waste heat recovery, renewable energy harvesting and sensor technology.
This type of generator converts thermal energy into electrical energy using thermomagnetic materials that exhibit magnetization changes in response to temperature variations. These generators utilize the Seebeck magneto-electric effect or the pyro-magneto-electric effect to produce electricity. Potential applications include waste heat recovery, renewable energy harvesting and sensor technology.
Energy-saving smart gadgets intended for home use are now available in the market. These includes kitchen appliances that offer convenience, safety, and energy efficiency. Below are just few examples of smart appliances.
An infrawave speed oven is a high-speed cooking appliance that uses infrared light technology to cook food faster and more evenly than traditional ovens. It combines rapid heating with precise temperature control, making it ideal for quick, efficient cooking without sacrificing quality.
A smart oven is a kitchen appliance equipped with advanced technology, such as Wi-Fi connectivity and app integration, allowing users to control and monitor cooking remotely. It often includes features like automatic temperature adjustments, pre-programmed recipes, and voice command compatibility for convenience and precision.
A smart air fryer is a kitchen gadget that combines air frying technology with smart features like Wi-Fi connectivity and app control for healthier and more convenient cooking. It offers pre-programmed settings, remote monitoring, and real-time adjustments to cook food with minimal oil while achieving crispy textures.