There are two ways to acquire CopperCube, you can go directly to the CopperCube website and download there, or you can download the engine using Steam. While we are using the free version in this tutorial, everything we cover will be applicable to all versions of CopperCube available. Additionally, there are additional graphic effects available in the pro version, while the final version also contains the C++ source code. The major difference between the free and paid versions of CopperCube is the requirement to display a splash screen when your game starts. This tutorial will take a step by step journey through the process of creating a game using the CopperCube game engine.įor this tutorial, we will be using the free version of CopperCube. CopperCube is among the easiest to use 3D engines available, enabling you to make a game without requiring any programming at all, while giving you the ability to code in JavaScript if you prefer. Therefore here on we have created this tutorial series that introduces you to this game engine. Heat loss is greatest in the top half of rooms.Studies conducted by the American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE) indicate that with radiant heating systems people can be comfortable at temperatures 6 to 8 degrees F lower than with convective systems that use air as the primary heat-transfer medium, such as forced-air and baseboard heat.Other ways concrete in-floor radiant heating saves energy: Watch an overview of the benefits of installing a radiant floor heating system in concrete floors.With the release of CopperCube 6, there is now a free version available, making this game engine far more accessible than it was before. You lose more heat with forced air heating systems since the heat concentrates in the top half of the room. Radiant floor heating concentrates the heat in the lower half of the room where the human body needs it most. This can allow you to set your thermostat 2-4° lower and still be comfortable-thus lower heating bills. Check with the local area utility in your area on how much a 2-4° lower thermostat setting would save in heating cost on an annual basis. 10-30% is the often quoted range of savings. According to the Hydronic Heating Association, a given volume of water can hold almost 3,500 times as much heat as the same volume of air for the same temperature rise.Homes and buildings with high ceilings will save even more in heating costs as heat generated by forced air systems quickly rises to the top of these structures, where it is of little use. This means you can operate a hydronic radiant system at a lower thermostat setting than a forced-air system, resulting in lower energy bills. To optimize energy-efficiency, radiant heating systems can work in zones, allowing you to heat different areas of a home at different temperatures.To equal the amount of heat that could be carried by water running through 1-inch-diameter hydronic tubing, you would need a 10 x 18-inch duct for forced-air heat.Īre you concerned that your concrete floors will be too cold in the winter? Harris explains how embedding a radiant heating system within the floor slab can save energy costs and provide other benefits, such as eliminating the circulation of dust or dirt throughout your home-a drawback of forced-air heat. With an electric radiant floor system, you can save operating costs by taking advantage of lower rates for off-peak usage, if your electric utility company offers them.This lets you direct more heat to typically chilly rooms or high-use areas, such as bathrooms, bedrooms, basements and entryways, while lowering the thermostat in rooms with less traffic, such as a formal dining room. Here's how: Heat up your concrete floor during off-peak hours (typically at night) and then turn the heat off during the day. Once a concrete floor warms up, it will retain the heat and release it gradually, even if you shut off the system or the power goes out. The retained heat can keep your house comfortable for hours. It's important to note that while thick concrete slabs have a high heat storage capacity, they also have a slow thermal response time, which means they can take many hours to heat up if the floor is allowed to cool down. Because of this, you are limited in how long you can set back or turn off the system to save operating costs. Most experts recommend maintaining a constant temperature. For concrete slabs-on-grade, there's also the potential for heat loss into the ground without adequate insulation under the slab, such as 2 inches or more of high-density expanded polystyrene.Warmup offer unrivalled support and opportunities to help your business grow. Our Projects Division is a one-stop-shop to specify the best heating solution.
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