5 Positive Impacts of Distributed Energy Systems

With the changing times, many states and the government in the UK are adopting sustainability-enhancing policies. Experts are looking to develop distributed energy systems for increasing the self-consumption of multiple renewable energy sources. 

As a result, energy resources like solar and wind energy can be centrally coordinated to offer different services to the grid. This refers to multiple technologies that generate electricity at or near where it needs to be used. This system is widely gaining popularity in the UK in the residential sector. 

This article will give you all the necessary details on how distributed energy systems positively impact the environment.


Why Should You Choose DER?

DER or Distributed Energy Resources are one of the fastest-growing in today’s age and time. Especially in the UK, where solar panels are one of the most common types of DER. In a residential space, some of the common distributed generation systems are

● Solar photovoltaic panels

● Natural-gas-fired fuel cells

● Small wind turbines

● Emergency backup generators

In the commercial and industrial space, these can be

● Wind power

● Hydropower

● Solar PV panels

● Fuel cells fired by natural gas

● Combined heat and power systems

What Impact Does It Have on the Environment?

These sources generally produce emissions and free electricity and will benefit you. However, the primary function of these systems is to reduce greenhouse gas emissions. 

Here are some long-term benefits of using DERs. 


#1 Easy Adoption of Renewable Energy

With the help of these systems, a business owner can support an entire power system or a backup supply of electricity that is free of emissions. Similarly, moving away from a fossil-fuel-derived energy source can also improve profitability. 

It will help companies reduce their carbon footprints. Along with this, they can also help improve financial efficiency significantly by lowering utility costs. 

#2 Energy Storage Advancements

Another significant benefit is advancements in energy storage for continuing operations. This technology gives a building owner access to emission-free electricity generation. However, because of lesser solar-radiation rates and some wind patterns, there can be a decrease in the ability to produce clean power. 

Additionally, architects and other professionals can connect buildings to a local grid. This can be connected by external solar and wind farms. If the building owners have excess renewable electricity, they can sell it to others to access sustainable energy. 


#3 Increased Readability

Centralized systems transmit energy efficiently over long distances. Some of the energy is lost in this transition process. These things never occur with distributed generations as they are closer to those who occupy the power. Eventually, there’s a much lesser waste. 

In the old and traditional model, a loss in service of the grid would result in everyone suffering. However, this is less likely to happen in the new model. This generation system can also excellently serve as a backup to the grid. You can use it as an emergency source in any natural disaster, such as a hurricane or heavy rainfall. 

Because the distributed energy is produced from renewable resources, it’s excellent for the environment. 

The distributed energy system is a good step in the future. It’s commendable for a single system to produce emission-free energy and benefit from it. When you use more renewable resources, you help reduce harmful and unnecessary emissions. 

This eventually results in a more peaceful place for all of us to live in. 



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