Singapore’s first energy storage system at PSA’s Pasir Panjang terminal

• Potential to improve the power efficiency of port operations by second . 5%
• A reference point model for ports embarking on sustainable development

Singapore’s first Energy Storage space System (ESS) to allow more energy efficient port operations has been deployed at and will be operational in Q3 2022.

This particular ESS is area of the Smart Grid Administration System (SGMS) which has the potential to improve the energy efficiency of slot operations by second . 5% and reduce the particular port’s carbon footprint by 1, 500 tCO2e per annum, the equivalent of removing around three hundred cars off the road yearly.

The particular project is area of the S$8 million relationship between the Energy Marketplace Authority (EMA) and PSA Corporation Ltd (PSA) to transform PSA’s energy utilization in port functions through the use of smart main grid technologies and power management systems.

Port functions involve the use of energy-intensive equipment such as cranes and prime movers. Due to the dynamic character of port actions, the energy demand can fluctuate throughout the day. EMA and PSA have awarded a consortium led by Visualize Digital to develop an SGMS which includes an ESS and solar energy photovoltaic panels maintained by Envision Digital’s EnOSTM.

The EnOSTM platform uses machine learning how to provide real-time automatic forecasts of the terminal’s energy demand. This enables long-term planning of port assets, immediate scheduling and real-time energy management to lessen overall energy expenses and carbon impact.

Anytime there is a forecasted rise in energy consumption, the 2 megawatt-hour electric battery ESS is triggered to help meet demand. With this enhancement in order to Pasir Panjang Terminal, spikes in power demand of the interface will be minimised.

During intervals when the ESS is not used to manage demand, it will participate in the National Electricity Marketplace of Singapore to give ancillary services towards the power grid and also to generate revenue. Information from the project may also validate the possibility designed for commercial and commercial users to adopt ESS to serve several purposes, such as requirement management on-site and providing commercial additional services to support strength systems.

Jeanette Lim, Director of the Industry Development Department at EMA, said, “Electricity requirement will grow in the next decade with improving electrification. The use of innovative demand-side technologies such as wise energy management systems and energy storage systems will help all of us optimise our power supply and strength grid capabilities. Innovative digital solutions like this project will play a part in making our energy systems more efficient plus resilient. ”

Alvin Foo, Head of New Technologies and Sustainability at PSA, said, “As a premier center port driving innovation, digitalisation and durability, PSA can play an active role within contributing and co-creating Singapore’s smart main grid architecture and power systems. We are capable to partner EMA within unlocking the full possible of battery power storage solutions to achieve cleaner and more efficient energy for our functions. ”

“Our joint work with PSA will result in the reference model designed for ports embarking on sustainable development journey, ” said Tan Joo Hong, Head associated with Global Ports Remedy at Envision Digital.

Information from the SGMS can also be applied for advanced power management and optimisation at the Tuas Interface, which would be the world’s single largest fully automated terminal on completion in the 2040s. For greater sustainability, retired batteries through port equipment like Automated Guided Automobiles can be repurposed straight into second-life ESS.

The EMA-PSA partnership is part of EMA’s Accelerating Energy Storage for Singapore (ACCESS) programme in order to facilitate ESS usage in Singapore simply by promoting use situations and business models. This project may also go towards helping EMA’s target associated with deploying at least two hundred MW of ESS beyond 2025. To find out more, please go here .