Choosing the right battery capacity for your project: 45 kWh, 75 kWh, 500 kWh, or more? [Part 2]

Welcome to the second part of our series, “How to Decide on Clean Energy!“. In Part 1 we discussed the need to evaluate your project’s power output first.  To ensure a reliable power supply, the next best decision is selecting the appropriate battery capacity to meet your energy needs. Here’s a comprehensive guide to help you determine the best battery size for your project.  

Are you ready to decide? See how our  Decision Tool can make this a smooth calculation: 

Table of contents

• Understanding kWh and its importance

  • What is kWh? 

  • Why is choosing the Right kWh Important? 

• Examples of popular battery capacity options 

  • 45 kWh batteries 

  • 75 kWh batteries 

  • 500 kWh batteries

  • Larger capacities

• How Skoon can help 

  • Why choose Skoon?

  • Get started today

Understanding kWh and its importance

What is kWh?

Kilowatt-hour (kWh) is a unit of energy that represents the amount of power used over time. Specifically, one kWh is the amount of energy consumed by a 1,000-watt appliance running for one hour. It is a standard measurement used to quantify energy consumption and capacity. As an example, a liter of diesel contains approx. 3 kWh of usable energy. 

Why is choosing the Right kWh Important?

Selecting the correct battery capacity in kWh is vital for several reasons: 

1. Efficiency: Matching the battery capacity to your energy needs ensures that you are not overpaying for unused capacity or underestimating your requirements, which could lead to power shortages. 

   
   

2. Cost-effectiveness: Proper sizing helps avoid unnecessary costs. Larger batteries cost more, so using a battery that’s too large for your needs is not worth it. 

   
   

3. Sustainability: Optimizing battery capacity minimizes waste and enhances the efficiency of energy use, contributing to more sustainable operations. 

Assessing Your Energy Needs 

Before diving into the specifics of battery capacities, it’s essential to assess your project’s energy requirements. Consider the following factors: 

1. Duration of Power Usage: How long will your project need continuous power? 

   
   

2. Peak Power Demand: What is the highest amount of power your project will require at any given time? 

   
   

3. Total Energy Consumption: Verify if the Decision Tool simulates the total energy of your project will consume over its duration. 

Explore our Decision Tool for free. 

Examples of popular battery capacity options

45 kWh batteries

Ideal For: Small-scale projects, short-term events, or as a backup power source. 

• Use Cases: Powering construction tools, accommodation units, lighting systems, and emergency backup. 

• Benefits: Compact, cost-effective, and easy to deploy. Using the real data from this battery, you build the business case to decide what the next step is. Take into account in which seasons the battery is needed, for how many years and what size it should be.  

ZBP 45/45 by Fimatec

75 kWh batteries

Ideal For: Medium-sized projects or events with moderate power needs. 

• Use Cases: Temporary power for mid-sized events, construction sites with moderate equipment, and remote monitoring stations. 

• Benefits: Balanced capacity, providing more power than 45 kWh options while still being relatively portable. 

75kWh Battery Storage System by Speedy (Green Power Hire)

500 kWh batteries

Ideal For: Large-scale projects, longer-term deployments, or higher energy demands. 

• Use Cases: Large construction sites, charging large equipment, major events, and critical infrastructure support. 

• Benefits: High capacity for extended use, capable of supporting significant power loads. 

Grizzly 250 kVA / 500 kWh battery container by Rent a Battery

Larger capacities

Ideal For: Extensive projects with substantial energy requirements. 

• Use Cases: Industrial operations, long-term projects, and multi-day events. 

• Benefits: Maximum capacity and power reliability, reducing the need for frequent recharging or additional power sources. 

How Skoon can help

At Skoon Energy, we offer a wide range of power output options tailored to meet the specific needs of your temporary project. Our marketplace allows you to compare energy options and select the right system using our Decision Tool. Additionally, we provide real-time monitoring and detailed reporting to ensure consistent power supply and optimal performance. 

Why choose Skoon?

• Flexibility: Our mobile power systems can be deployed wherever needed, ensuring power is available on-site. 

• Sustainability: Reduce your carbon footprint with our zero-emission energy solutions. 

• Reliability: Continuous power supply with advanced monitoring and reporting tools. 

Get started today

By understanding your energy needs and selecting the appropriate battery capacity, you can ensure the success of your temporary project with reliable and sustainable power solutions from Skoon. 

Ready to find the perfect battery capacity for your project? Explore our marketplace to compare options and book the right system.  

Our proprietary Decision Tool takes you through every step, if required with the help of our energy experts. Need assistance? Our expert team is here to help you make the best choice.

Need assistance? Our expert team is here to help you make the best choice.