IKEA to Build Large Solar Plus Storage Microgrid in Australia

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Iconic retail giant IKEA is set to help power a microgrid initiative in South Australia. Part of a switch to 100% renewable energy, IKEA will tie in large-scale solar with storage capacity.


Courtesy of IKEA

IKEA’s Adelaide store will be powered with a 1.2 MW roof-top solar PV installation and 3.4 MWh of electricity storage, but the system will also support a wider microgrid network.

Described by IKEA as Australia’s largest grid-connected commercial microgrid, the project is being developed as part of the IKEA Australia Clean Energy Transformation Project. It is being run in conjunction with Planet Ark Power, the South Australian Government, SA Power Networks and Epic Energy, the owner and operator of the microgrid.

Epic Energy will provide more than 70% of the building’s electricity demand while the rooftop solar panels and an on-site battery manufactured by CATL will be managed by Planet Ark Power’s eleXsys digital energy management system. This will allow excess stored energy to be traded into the South Australian network during peak demand periods when prices are at their highest.

In addition, Schneider Electric’s microgrid management systems and Planet Ark Power’s system allow IKEA to help SA Power Networks to manage the local network. An estimated 310 MWh of stored energy will be exported to the SA Power Network annually.

The first phase of the Clean Energy Transformation Project also will see electric vehicle chargers erected at the site for customers, co-workers and IKEA’s South Australia delivery fleet.

Furthermore, IKEA Adelaide is scheduled to operate entirely on renewable energy by 2025 as part of the second phase, which will include sustainably-sourced timber shade structures across the car park with more PV. Hosting additional solar panels, these structures will generate a further 30% of the store’s energy needs. Not only will IKEA Adelaide become 100% powered by on-site renewables but the second phase will also increase the amount of surplus renewable energy available for sale to the grid.

First mover ambition

Looking further ahead, IKEA is planning to investigate the viability of using excess solar to generate hydrogen on site, as well as the possibility for IKEA to become an energy provider that can create and sell renewable energy to the energy network.

“Our ambition is to be the first mover and inspire other IKEA stores to install larger solar installations, batteries and digital solutions,” said Jan Gardberg, CEO and chief sustainability officer of IKEA Australia.

Funding for the project came in part from a $1.36 million grant from the South Australian Government’s Renewable Technology Fund.

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The latest renewable energy development from the franchise group follows the launch of its sustainability strategy, People & Planet Positive, in 2012.  Under the terms of the strategy, by 2030 the IKEA business will become climate positive — reducing more greenhouse gas emissions than the entire value chain emits — and enable people to generate renewable energy and be energy and water efficient.

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For example, since 2009 the Ingka Group, which owns IKEA franchises across 30 countries, has invested close to $2.9 billion in on- and offsite renewables as part of this 2030 goal and aims to consume 100% renewable electricity in its retail operations by 2025. In September, Ingka announced that it plans to invest a further $691 million in renewables this year alone. Ingka already owns and operates more than 920,000 on-site solar modules. The addition of electricity storage is expected to boost opportunities to generate revenue from its renewable energy investments.

IKEA creates prototype microgrid

IKEA also has launched a home solar business in five key markets and has also developed a microgrid model through its Space 10 innovation laboratory. The new prototype, called SolarVille, features a blockchain-powered platform that would allow the direct trade of excess solar power between microgrid participants.

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  1. Sun’s Energy Heats Sea & ambient Air
    Publié le 2 novembre 2020
    Francois Kneider
    Francois Kneider
    Chercheur Independent chez Indépendant , Clean Energy , Leading to climate change solved.
    33 articles
    The best Energy
    Low-temperature solar energy, available on the planet, without CO2, and other pollution, far exceeds the needs of humanity.

    It’s permanent, unlimited, available almost anywhere, anytime, and free.

    The capture, the adaptation, the provision, has a cost which must be acceptable.

    In most cases, 90% is lower than what exists in the markets, generally less than a heat engine.

    A part of the electricity produced will be allocated to maintain its operation, feeding known devices.

    Seawater’s…, heat power, Insinifying day/night variation, summer/winter around 35%. Without combustion, nuclear fission, or fusion.

    Take its power from the surface temperature of seawater, ocean, and ambient air temperature of -5 ° to 50 ° C.( 27° to 122° F.)It imitates nature, takes heat in one place, restores it to another place/time. No consequences to nature. Like winds, waves, rain, snows…

    Its impact on Nature is less altering than a small stream deviation or a horse in the pasture…

    For it, it is necessary To counter this Climate disaster. The only solution is zero CO2 achieved by Getting out of dogma thermodynamic, which recognizes, double heats, one hot, and cold, the differential fixes the yield.

    Aucun texte alternatif pour cette image

    That was an excellent invention as a replacement for Animals’ energy, but disastrous as efficient, by wasting over 70% of produced heat, for consuming much more fossil which induced to world overheats.

    Thermal-hydraulic concepts can correct from this task.
    Signaler ceci
    Publié par
    Francois Kneider
    Francois Kneider
    Chercheur Independent chez Indépendant , Clean Energy , Leading to climate change solved.
    Publié • 5 j