Hybrid Renewable & Battery Energy Storage Systems Auctions

Speeches Shim

New opportunities for policymakers, energy planners, and utilities are unlocking a multitude of benefits that come with integrating battery energy storage systems into the grid.

As prices for clean energy and storage technologies continue to fall and nations race to cut their emissions, integrating higher shares of variable renewable energy (VRE) becomes more urgent and more complex. Many countries find that grid integration concerns become a real barrier to scaling up renewable energy.  Policymakers’ objectives often evolve from low power generation costs to enhancing dispatchability, improving the value of renewable energy by delivering renewable energy when and where it is needed, and reducing integration costs.

BESS Barriers and Opportunities

Utility-scale battery energy storage systems (BESS) possesses a unique versatility, offering a wide range of applications across the entire power supply chain. BESS can play a dual role, either as a load or as a generator, and can provide a plethora of services to the grid, such as the ability to shift the timing of variable renewable energy production, capacity and ancillary services, transmission services, and end-use applications. To harness the benefits of this “value stacking” technology, investment plans, government policies, market regulations, and grid codes must be adapted to allow BESS to participate in energy systems by supplying power or providing other services.

The past decade’s downward trend in the levelized cost of battery storage has made BESS increasingly attractive. However, many least-cost energy plans in emerging markets have not acknowledged and taken advantage of BESS. Given the wide range of products BESS can offer and the system-specific requirements, business models for deploying large-scale BESS are still in the nascent stage. Designing electricity products and procurement mechanisms, including auctions, that include BESS and introduce competition while maximizing value creation of BESS assets remains a challenge. Creating a level playing field for BESS requires policies and regulations to adequately address the array of products BESS can offer and remove restrictions that hinder market participation.

Case Studies

Some countries have designed auctions to procure grid-friendly electricity contracts that involve smart combinations of BESS and variable renewable energy.

United States

The state of Hawaii in the United States paired batteries with wind and solar systems to reduce VRE curtailment while meeting its renewable energy goals.

India

Faced with the challenges of electricity transmission congestion and daily production problems, India incorporated BESS into its auction to allow VRE to supply power during peak hours.

Australia

BESS demonstrates its ability to provide frequency control ancillary services when combined with a wind farm.

Colombia

Stand-alone BESS also proves to be beneficial in deferring grid investments, a feature that will be harnessed by Colombia in its long-term expansion plan.

France

A technology-neutral capacity market auction awarded BESS contracts to provide both capacity value and demand response.

Thailand and Brazil

Limited interconnection capacity drives the need for firm or quasi-firm power auctions, which encourage the use of BESS in combination with other technologies, as in Thailand and Brazil where BESS is combined with solar and biofuel generation to firm up energy supply.

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Auctions are best practice for procuring least-cost energy. This competitive, transparent process helps countries meet their energy and climate goals and attract investment into their clean energy futures.
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TOOLKIT – Auctions are best practice for procuring least-cost energy. This competitive, transparent process helps countries meet their energy and climate goals and attract investment into their clean energy futures.

In today’s rapidly evolving renewable energy marketplace, it can be challenging to keep track of current best practices in renewable energy policy, innovations, and market trends. USAID developed the Renewable Energy Auction Toolkit to help international development professionals, energy ministries, utilities, policymakers, and regulators to design and successfully implement energy auctions that expand access to affordable and sustainable clean energy.

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Through the Scaling Up Renewable Energy program, USAID helps partner countries power economies with renewable energy, meet international climate commitments, and open markets to private investment and competition.
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2017–ONGOING, GLOBAL – USAID’s Scaling Up Renewable Energy (SURE) program helps partner countries meet bold climate commitments by accelerating their transition to more affordable, reliable, and accessible energy that spurs growth, powers health systems, and reduces emissions.

Through SURE, USAID provides a variety of services to help policymakers, utilities, and regulators plan, procure, and integrate renewable energy, modernize energy sectors, and create policies that enable sustainable energy markets to flourish. As more countries aim to achieve net-zero emissions by 2050 and reduce hazardous waste, SURE’s Innovation Fund supports clean energy technology, energy efficiency innovation, and a circular economy for renewable energy equipment.

Date 
Wednesday, March 10, 2021 - 12:30pm

Last updated: June 15, 2022