Seamless, high efficiency off-grid ESS solution
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Background
Introduction & Project Information
This case study describes the deployment of an Ampd Enertainer, a battery energy storage system (ESS), at a concrete batching plant in Sydney, Australia. The goal was to reduce reliance on a large 240 kVA diesel generator by using a smaller 100 kVA generator solely for recharging the Enertainer.
The results show a 49% reduction in CO2 emissions (199 tonnes annually) and fuel consumption (75,000 liters annually), along with a 14% reduction in operational costs (AUD $50,500 yearly savings). The system provided a seamless power supply and highlights the benefits of integrating advanced battery storage for cleaner energy solutions.
- Delivery date: Nov 2024
- Loads: 1 Concrete batching plant
- Enertainer Model: 1 x Enertainer M
- Input current to the Enertainer: 70 amps
CO2 reduction (49% reduction) per year1
of fuel saved (49% reduction) in a year1
yearly savings (14% reduction) in operating cost2,3
1Assuming a CO2 emission intensity of 2.64 kg per litre.
2Assuming a diesel price of AUD$2.1 per litre.
3Fuel consumption and rental costs of both Enertainer and Diesel Generators were provided by the customer.
Site Setup
The Challenge
The Solution
Results
Download Case Study
Discover how our Enertainers can enhance efficiency while protecting the environment and reducing costs.
Download Case Study
Discover how our Enertainers can enhance efficiency while protecting the environment and reducing costs.
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