Home / Blog / Engineering : How Better Engineering Creates Shorter Lead Times for DG & CHP Systems

As many natural resources continue to dwindle, numerous individuals and businesses are in search of alternative energy sources as a viable means of production. This is particularly true in nations within the Caribbean and throughout Latin America because cities there heavily rely on energy sources that are powered by oil, diesel and additional distillates. The crude oil market is reputable for being unpredictable, so if the cost for diesel goes through an unexpected rise, cities end up paying a fortune for a basic resource. Fortunately, these economic issues can be avoided entirely by switching over to a distributed power generation (DG) system or a combined heat and power (CHP) system.

What is a Distributed Power Generation (DG) System?

There are various different types of distributed power generation (DG) systems available; however, most of the time it refers to when a power source is located near the area it will provide energy to. This is in contrast to other power sources that are located near some kind of utility plant. The generators used for the DG system can be owned by the utility company or by the business utilizing the power. One of the first benefits you will notice by switching over to a DG power source is the development time. Other projects, such as an independent power producer of coal, will take years to reach completion. On the other hand, setting up a distributed power system will only take six to 18 months.

Setting up a DG system is relatively easy when you have an experienced engineering firm with years of expertise and sufficient resources working for you. A large reason for a quicker construction time is that other power generation system are built with future capabilities in mind, so they are built to include additional components that may not be utilized right away. However, DG power systems can be built to accommodate future upgrades. This way, only what is absolutely necessary is built at first, and then if additional structures are needed, they can be installed with relative ease.

What Are Combined Heat and Power (CHP) System?

Although many companies have already discovered the benefits of installing a distributed generation system, more and more locales are finding that combined heat and power (CHP) systems are equally as efficient. This power source uses propane as a low cost fuel source for the generator. It is in these generators where propane is mixed with air and vaporized to turn into a synthetic natural gas. This gives it the same qualities as natural gas, but a distinct advantage of this power source is that propane originates as a liquid as opposed to a gas, so it can be transported to remote areas more easily.

CHP systems are great for remote or rural locations where it may not be practical to get energy from a centralized power grid. CHP systems generally have a relatively quick construction time when compared to building a new natural gas independent power producer. With plentiful resources and years of experience, an engineering firm can install a CHP system within 12 months. One additional benefit that can be gained by getting a CHP system for your business is that they have a significantly reduced greenhouse gas emission. This means they have a minimal impact on the environment. CHP systems also provide greater efficiency since they produce both thermal and electric energy at the same time as opposed to just producing electric energy. CHP systems also use the thermal energy for cooling and heating reasons so that electricity does not have to be purchased form an outside energy source to heat the system. Both functions can be carried out in one efficient process.

Delivering the Best Systems Possible

Both distributed generation and combined heat and power systems are entirely plausible to make your facility operate more proficiently, and with an experienced engineering firm constructing it, you can soon benefit from all the advantages within the next year. In addition to the speed of construction, you will also see financial benefits to getting more energy-efficient systems. Furthermore, as an increasing number of cities, businesses and individual residencies are looking for energy sources that are more environmentally-friendly, you will be ahead of the curve by utilizing systems that produce power in the most efficient manner possible. Using the most groundbreaking techniques, an experienced engineering firm will be able to set up a new power system quickly and without incident.

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