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Integrated energy planning is a key tool that combines different sources of energy and directs them to where they are most needed. Integrated energy combines mobility energy sectors, individual electricity, and heat to help promote the efficient use of energy. 

Integrated energy is an increasingly popular solution, especially if countries such as the US want to achieve the Sustainable Development Goal Indicators, SDG 7.1, by 2030. If you’re considering integrated energy planning, then you may want a bit more information about it. Read on for four things to know about integrated energy planning.

Fluctuations Require Extra Planning 

As beneficial as renewable energy is, it can sometimes result in an excess of energy being created and exceed demand. Then, valuable energy is lost. Integrated energy planning allows for excess energy to be moved into other areas where it’s needed. 

Because of these fluctuations in supply and demand, an integrated energy plant must have standby power grids that can work with the plant to help balance energy. 

Integrated Energy Planning Helps Organizations Make Decisions 

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Energy, as we know it in the modern world, is the lifeblood of society. Through efficient planning, governments and organizations can make informed and timely decisions based on energy supply and demand. 

It allows those using it to explore the limitations of future frameworks, gauge possible outcomes, compare alternatives, and assess strengths and weaknesses. Effectively planning integrated energy systems helps to support national development goals and allows for problem-solving. 

GIS Is A Powerful Tool For Integrated Energy Planning 

Geographic information systems (GIS) are incredibly useful for effectively planning integrated energy plants. Through satellite imagery and machine learning, GIS can offer modeling for energy pathways which will highlight the role of off-grid and mini-grid companies and other utilities for energy access. 

This kind of data will be your best friend in integrated energy planning. In fact, not just GIS, but any kind of data that you can gather about a location is going to benefit you greatly, especially satellite.

Storage Space For Batteries 

Battery inverters are a solution that has been designed to provide energy in the case of a grid failure. For renewable energies, like the ones you find with integrated energy, battery storage systems are local and reliable stores. They absorb energy and release it when demand exceeds supply. 

Contemporary battery storage systems are complex, crucial, and space-consuming. When it comes to integrated energy planning, you should ensure that you create a battery storage facility. 

Renewable Energy Is The Future

Integrated energy systems are the future. That’s why it’s important to put time and money into investing in them today. To ensure they function to a high standard, planning is incredibly important. 

A lot of people rely on energy and if you are supplying them with integrated energy, you want to make sure faults or flaws in the planning are absolutely minimal if not non-existent. The above aims to equip you with more information in knowing how to accurately plan for an integrated energy system and knowing why and who it can help. For more advice, contact us at Peak Substation today.

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