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Unrivalled performance Our pioneering technology and control systems deliver high precision heat management and unrivalled performance in both domestic and district heating environments.

Best for through-life costs Intelligent design leads to greater simplicity – that’s why our systems are cost effective to install, more reliable and cheaper to run and operate.

Better by design Our unique and innovative technology has been refined over many years and is protected by numerous patents relating to water storage, heat exchange and the networking of communal heating systems.

How Combined Heat and Power Works

A system known as combined heat and power (CHP) is able to provide a much more energy-efficient means of generating electricity. The main principle recaptures thermal energy (heat) normally lost by traditional systems. This heat can then address other issues around the home or within a professional atmosphere.

In other words, this type of closed system will be able to save property owners an appreciable amount of money while still ensuring that they can enjoy a comfortable environment throughout the year. However, let’s break the notion of CHP down further in order to truly understand how it works.

Combined Heat and Power Systems Explained in Detail

The configurations associated with CHP systems:

Combined Heat and Power Explained

  • Combustion turbines
  • Reciprocating engines

Without becoming overly technical, the most important component within models is a heat recovery unit. A heat recovery unit essentially “pulls” excess heat created by the existing turbine or engine (this heat would have normally gone to waste otherwise). Heat captured transforms into a usable source of energy. This results in hot water or steam.

Steam or hot water is collected and redirected to work with other components. For example, combined heat and power systems for residential use can be used to supply energy for space heating, radiators, hot water tanks, and even cooling systems. We can therefore see that the efficiency associated with this model is extremely beneficial to the customer.

To put these systems into perspective, it has been shown that average technologies can lose up to 50% of their efficiency due to the amount of heat and energy that are wasted. On the contrary, CHP can increase this efficiency by up to 80%.

A Look at CHP Efficiency

CHP systems produce very little waste and this is important for a handful of reasons. Perhaps the most obvious is the simple fact that less waste equates to massive money-saving advantages over time. We need to remember that less energy will power a home or office environment. So, CHP can help to reduce our dependency upon fossil fuels. Finally, CHP will help to lower the carbon footprint of any property.

Are There Any Potential Disadvantages?

To be clear, it is wise to quickly mention some possible drawbacks. CHP systems are not suited for sites with no hot water or heating. Furthermore, the initial installation can be expensive (although this is normally offset by long-term cost savings). The good news is that overall combined heat and power efficiency will generally outweigh any concerns that a customer may have. However, it is wise to speak with a trained specialist. This will help you to determine whether or not CHP is the right choice for your property.

Working with the Team at HEATWEB

The team at HEATWEB boasts a wide range of experience in terms of CHP efficiency. However, we are more than happy to provide other configurations to both commercial and residential customers. This is why it is a good idea to contact one of our customer service specialists in order to schedule an appointment at your convenience.

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