Winter Energy Management and Voltage Optimization

The weather is cooling down and winter will soon be here, bringing with it the challenges of controlling heating and energy costs for high energy users, as well as the difficulty of ensuring a quality energy supply as demand increases. For commercial and industrial facilities aiming to save energy over the winter, an effective strategy that includes voltage optimization is key. Here are some insights into winter energy management, from leading providers of power quality solutions and voltage optimizers in Australia.

The Challenges Faced by Commercial and Industrial Energy Consumers in Winter 

Energy challenges faced by commercial and industrial organisations through winter vary according to the size of the business and the sector they operate in, but can be generally described as: 

  • The cost and volatility of energy 
  • Risks of energy shortages and power failures 
  • Increased costs putting budgetary restraints on new investments 
  • Increased reporting to meet compliance requirements 

While Australian winters are particularly mild in many areas, climate change has meant that more extreme weather events and more unpredictable weather events are part of the new normal. As we move forward through the COVID-19 pandemic, businesses are facing even greater challenges to operations in order to prevent the spread of the virus, protect core operations, or pivot to transform operations to meet new opportunities. 

How Voltage Optimization Helps Meet These Challenges 

The main reason for businesses wanting to save energy over winter is to reduce costs, as heating and lighting costs usually increase over this period. One component to helping achieve this cost-saving goal is to implement voltage optimization as part of your overall strategy. 

Voltage optimizers reduce incoming voltage from the main supply to a level closest to the requirements of the equipment on your facility’s electrical network. Voltage from the mains supply is often much higher in the winter months than what you require because demand is higher overall on the grid. Regardless of what your facility actually uses, you pay for the voltage that is supplied – and this means you are paying for waste energy.  

By installing voltage optimizers, facilities can generally save 8-10% of their energy costs, which is significant in facilities with high energy demands. Of course, voltage optimization ensures optimal current throughout the year, which means that you save energy in the summer months as well. Not only is this a win for saving money, but also for reducing carbon emissions from your facility. 

 Speak to Voltage Optimization Specialists in Australia  

Are you interested in finding out more about voltage optimization for your commercial or industrial facility? The team at Quality Energy can supply you with voltage optimizers and high-efficiency solutions that can help your business save energy, reduce carbon emissions, and ensure a quality supply of electricity today. 

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Some of the most frequently asked questions about solar power systems centre around the need for a smooth energy output curve and reliable electricity flow at night or on cloudy days. This is critical if you want to maximise industrial energy saving, minimise reliance on the grid, or move your facility off-grid completely. Here are some insights from a leading commercial and industrial solar panel services team.

Why Solar Alone Isn’t Enough

In order to get the optimal benefits out of your industrial solar power system, batteries are essential.

Reduce waste – Any solar energy that is not used is wasted energy. There are two solutions to this: firstly, you can put your excess energy back into the grid to earn Renewable Energy Certificates (RECs), or you can store the energy in a battery system. Choosing RECs is a good idea if your system will deliver profitable returns, but it does mean you need a sunny day for your panels to provide electricity. On very cloudy days or at night, you’ll need to rely on the grid. A battery system is a better idea if you want to go completely off-grid or fully-utilise your solar panel system for your facility. This means that all solar energy you capture is free energy for your facility to utilise at any time of day, in any weather.

Reduce actual demand – Regulations from the Australian Energy Market Commission force industrial businesses to pay cost-reflective tariffs, so the way you are billed is related to actual demand and not total usage. Essentially, this is how much energy your facility draws in any 30-minute period. By drawing on stored solar energy, you can maximise industrial energy saving by levelling out your load and reduce demand.

Ensure reliability – Many organisations are choosing to move to a solar power system due to the unreliability of the grid. Power surges, failures and blackouts damage equipment and lead to costly downtime and delays. If you are running a solar power system with no battery backup, however, you are only partially protected from the instability of the grid. If the power goes out while your facility is operating at night, you are in the same position as before you had a solar power system. By implementing a battery backup system, facilities can reduce their downtime risk.

Speak to Leading National Solar Panel Services Providers and Reach Your Industrial Energy Saving Goals

Quality Energy has been in the commercial and industrial energy solutions sector for over 30 years, helping clients find innovative and cost-effective ways of improving power quality and reaching industrial energy saving goals. As national solar panel services providers, we can assist you with every step of developing, implementing and servicing your industrial solar power system. Contact us today for more information on our solar panel services.

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