Energy Industry expert, Paula Conboy joins ZEN Energy’s Board of Directors.

ZEN Energy welcomes Paula Conboy as an Independent Director.

Paula has over 25 years of experience as regulatory economist, consultant, senior executive, adjudicator, chair, and board member. She is the former Chair of the Australian Energy Regulator and member of Australia’s Energy Security Board working on various policies needed in the transition to net zero. Paula is also a former Commissioner of the Ontario Energy Board and has served as a senior executive of PowerStream, one of the largest municipal owned utilities in Canada.

“We’re thrilled to have Paula joining our team, at a key stage in ZEN Energy’s growth. We believe Paula will bring fresh and diverse insights to the Board through her extensive knowledge, experience, and connections in the Australian and global energy sectors,” said Raymond Spencer, ZEN Energy’s Chair of the Board.

Paula currently serves on the board of directors of PJM Interconnection LLP in the United States and the Energy Market Authority in Singapore. In addition to running her own advisory services business, Paula is Senior Counsel to Sussex Strategy Group Inc., a leading policy and political consultancy, and works with Australian and Canadian clients in various areas of the energy and broadband sectors.

“I truly believe that Australia is well placed to be a global leader in the run to net zero. I am excited to be part of the dedicated team at ZEN Energy whose mission is to make that happen,” said Paula.

ZEN partners with the SACOME Joint Electricity Purchasing Group to secure more clean energy for South Australia.

Underpinned by the long-term commitment from the South Australian Chamber of Mines and Energy (SACOME) Joint Electricity Purchasing Group, ZEN Energy has penned an innovative agreement with Vena Energy to purchase renewable energy from the 87 MW Tailem Bend 2 Solar Project. This new solar energy project will provide more sustainable energy into the South Australian grid and is another significant step to achieving South Australia’s net zero by 2030 goal, benefitting South Australian businesses and the wider community.

The Tailem Bend 2 Project is located approximately 90km southeast of Adelaide.

The energy from this project will support ZEN’s South Australian customers including the SACOME Joint Electricity Purchasing Group. SACOME supported the project through their commitment to a long-term contract with ZEN, commencing in 2019. Customers under the SACOME joint electricity purchasing group contract include the majority of local Foodland and IGA supermarkets, Viterra, Central Irrigation Trust, Adchem and Hillgrove Resources.

”ZEN Energy’s agreement with Vena Energy to purchase renewable energy from the Tailem Bend 2 Solar Project fulfils the intent of SACOME’s Joint Electricity Purchasing Group to underpin new electricity generation in South Australia,” said SACOME CEO, Rebecca Knol.

“This once again highlights the benefits of collaboration across sectors, providing affordable power to some of South Australia’s largest energy users while supporting the development of new renewable power generation for the collective benefit of the state.”

Tailem Bend 2 Solar Project is being constructed adjacent to the Tailem Bend 1 Solar Project, which commenced operation in May 2019 and is expected to achieve commercial operation in the first half of 2023. Once operational, It will be capable of supplying the equivalent of approximately 35,000 homes with clean energy annually, reducing more than 207,000 tons of CO 2 Greenhouse Gas Emissions.

“The energy transition is about building more renewable energy and storage assets, like Tailem Bend 2,” said ZEN Energy CEO, Anthony Garnaut.

Anthony continued, “there’s a chain of commitments that’s needed to make this happen. The members of the SACOME Joint Electricity Purchasing Group engaged with ZEN on a long-term basis, allowing us to, in turn, secure the output of this new generation asset on a long-term basis, creating revenue certainty for new capital deployment into new, long-term assets for Australia.”

“We are constantly looking to innovate how we engage with our partners. Tailem Bend 2 is underpinned by an innovative power purchase agreement which ultimately brings benefits to all involved.”

“We deeply value our partnership with Vena Energy, the developer of the project. Together, we have crafted a project model that will underpin our ongoing work with Vena Energy and others, and we are proud to be their partner. This is the first of several agreements that ZEN is seeking to finalise in the next 12-18 months as we pursue our mission to lead communities into the zero-carbon world.”

Tailem Bend 2 Solar Farm

Image Credit: Vena Energy

About the SACOME Joint Electricity Purchasing Group

The SACOME Joint Electricity Purchasing Group brings together manufacturing, retail, agriculture, and resources companies in a landmark bulk electricity deal to deliver affordable and reliable power supply to some of South Australia’s largest energy uses. The current eight-year supply contract was awarded to ZEN Energy in June 2018 to significantly bring down the cost of electricity for its members and to support the development of new renewable generation within South Australia. The ACCC approved buying group originally arose out of discussions amongst its members on how to respond to rising electricity costs after the close of the Northern Power Station. By aggregating load, ZEN was able to back demand for new renewable power generation and offer lower pricing to the group’s members.

About Vena Energy

Vena Energy is a leading renewable energy company in the Asia-Pacific region that owns, develops, constructs, operates, manages, and commercialises a renewable energy portfolio totalling 18 GW (1) of solar, onshore wind, offshore wind, battery storage, green hydrogen, and hybrid renewable energy projects. Vena Energy has a fully integrated business model and an extensive local presence throughout the region with 67 corporate and site offices in Australia, India, Indonesia, Japan, Philippines, Singapore, South Korea, Taiwan, and Thailand. Vena Energy is committed to engaging with local communities throughout the lifecycle of its portfolio projects, as well as incorporating internationally recognized Environmental, Social, and Governance (ESG) standards into its strategy and business practices. For more information, please visit www.venaenergy.com.

1. Includes all assets in operation, construction, contracted, and development stages.

ZEN GLOSSARY

 

Energy terms and acronyms can sound like another language. So, we have created a Glossary to give you an understanding of some of the frequently used energy industry terms.

GET STARTED

A+

Australian Energy Regulator – (AER)

The AER regulates and enforces compliance within the energy markets and networks under national energy market legislation and rules. AER’s functions are mostly related to energy markets in eastern and southern Australia.

Alternating Current – (AC)

It’s the flow of electricity that changes direction periodically.

Ampere – (A)

An Ampere or “Amp” is a unit of electrical current/rate that electricity is flowing.

Australian Energy Market Operator – (AEMO)

The AEMO’s primary responsibility is to balance the demand and supply of electricity by dispatching the generation necessary to meet demand.

B+

Back-up power

Besides of being a sustainable practice, it prevents you from not having electricity in a blackout or grid interruption.

Battery

Batteries are an energy storage device. Coupling batteries with renewable energy generation allows that energy to be stored during times of low demand and released at times of peak demand.

Battery Electric Vehicle (BEV)

Popular known as EV’s (Electric Vehicles), it utilizes energy that is stored in rechargeable battery packs.

Blackout

A time when there is no light or power because of an electricity failure.

C+

Capacity 

Capacity is the maximum output of electricity that a generator can produce.

Capacity Market Programs – (CAP)

Capacity markets are used in some wholesale electricity markets to pay resources for being available to meet peak electricity demand.

Carbon Dioxide – (CO2)

Carbon Dioxide is a gas which is released by human activities.

Carbon Footprint

The amount of greenhouse gas emissions released into the atmosphere from various sources of activities such as food consumption, clothing, transportation and more.

Carbon Monoxide – (CO)

Carbon Monoxide is a gas naturally present in the atmosphere.

 

D+

Direct Current – (DC)

An electric current that is uni-directional, therefore flowing continuously in the same direction.

Dump

Excess hydropower that cannot be stored or conserved. Also known as Spill Energy.

E+

Electricity

Electricity is briefly defined as the flow of electric charge generated from the sun (renewable), chemical energy from natural materials or mechanical from the movement of wind and water (renewable).

Electricity Measurement

icons yellow white greyEnergy

Energy is a catchall term for the capacity to do work, such as changing light, heat, and movement.

Energy Efficiency

Energy efficiency means minimising energy waste to perform the same function reducing costs and greenhouse gases.

Environmental, Social, and Governance – (ESG)

Ethical standards to measure the companies’ impact on topics such as Climate Change (Environmental), Human rights (Social) and Business Ethics (Governance).

F+

Feed-in Tariff – (FiT)

Feed-in tariffs for renewable energy pay for excess electricity generated by small- scale solar photovoltaic (PV) or wind power systems.

Fossil Fuel

Non-renewable fuels, which include coal, oil, and natural gas. When fossil fuels are burned, they release CO2 and other greenhouse gases, making them the primary contributors to global warming and climate change.

Frequency

Rate of oscillation measured in the number of changes per second – also known as
Hertz (Hz).

The balance of supply and demand controls the frequency. If the electricity demand is higher than supplied, there’ll be less frequency. However, if the supply is higher than the demand, the frequency is higher.

yellow arrows up and down

G+

Generator

A tool that converts mechanical energy into electrical energy.

Gigawatt-Hour – (GWh)

One billion (1,000,000,000) watts of electricity.

Global Climate Change

Climate change is a long-term shift in global or regional climate patterns. The cause of current climate change is largely human activity, like burning fossil fuels, such as natural gas, oil, and coal.

Greenhouse Gases

Any gas that absorbs infra-red radiation in the atmosphere.

Grid

A transmission and distribution system grid-connected system allows you to power customer’s home or small business with renewable energy.

H+

Hertz – (Hz)

The number of Hertz equals the number of cycles per second.

I+

Inverter

An electronic device or circuitry that changes Direct Current (DC) to Alternating Current (AC).

 

J+

Joule – (J)

Fundamental unit of energy.

K+

Kilowatt – (kW)

One thousand (1,000) watts. A unit of measure of the amount of electricity needed to operate given equipment.

Kilowatt-Hour – (kWh)

The amount of energy used per hour. Your electricity provider charges by how much electricity you use per kilowatt hour (kWh).

L+

Large Scale Certificate – (LGC)

Accredited renewable energy power stations are entitled to create certificates based on the amount of eligible renewable electricity they produce above their baseline. One large-scale generation certificate is equal to one megawatt hour of eligible renewable electricity.

M+

Megawatt – (MW)

A megawatt is the Installed Capacity of a system, equivalent to one million (1,000,000) watts of electricity.

Megawatt-Hour – (MWh)

A megawatt hour is the Energy Generated from the system, equivalent to (1,000) kilowatts of electricity generated per hour.

Megajoule – (MJ)

A Megajoule itself totals 1 million (1,000,000) Joules (J).

Meter

A device for measuring levels and volumes of electricity use.

N+

National Electricity Market – (NEM)

The National Electricity Market is a wholesale market trading electricity between electricity producers and retailers.

National Greenhouse and Energy Reporting – (NGER)

The National Greenhouse and Energy Reporting is a national framework responsible for reporting and disseminating company information about greenhouse gas emissions, energy production and energy consumption.

Net-Zero Energy

Combining energy efficiency and renewable energy generation to consume only as much energy as can be produced onsite through renewable sources.

O+

Offsets

Offset units are used to compensate for emissions a business produces and to bring their carbon footprint down to zero.

Outage

An interruption of electric service that is temporary, also known as Blackout.

Ozone

A form of oxygen that can be found high above the Earth’s surface. Its pale blue gas with a distinctively pungent smell is essential to the planet’s health as it absorbs most of the sun’s ultraviolet radiation (UV-B), limiting the amount of this radiation.

P+

Peak Demand

Peak demand refers to the times of day when electricity consumption is at its highest.

Peak Load

The highest electrical demand within a particular period of time.

Peak Shaving

Peak Shaving consists of flattening the load profile and reducing the amount of energy purchased from companies during peak hours of energy demand to save costs.

Photovoltaic Cell – (PV)

A semiconductor that converts light directly into electricity. With prolonged exposure to sunlight in your solar panels, these loose electrons start to flow in a circuit. The energy from these moving electrons can be captured and turned into electricity.

Power Plant

A power plant is an industrial facility that generates electricity from primary energy – also known as natural sources.

Power Purchase Agreement – (PPA)

A Power Purchase Agreement often refers to a long-term electricity supply agreement between two parties, providing the benefit of price security, opportunities to finance investments in new power generation capacities or reducing risks associated with electricity sales and purchases.

Q+

N/A

R+

Reliability

A reliable power system has enough generation, demand response and network capacity to supply customers with the energy that they demand with a very high degree of confidence.

Renewable (energy)

Renewable energy is energy that is generated from natural processes that are continuously replenished. Also known as “Clean Energy”.

Retail Market

A market in which electricity and other energy services are sold directly to the end-use customer.

S+

Science Based Targets initiative – (SBTi)

Drives ambitious climate action in the private sector by enabling organizations to set
science-based emissions reduction targets.

Shading

The protection from heat gains due to direct solar radiation.

Small-Scale Generation Certificates – (STC)

STCs create a financial incentive to install small-scale renewable energy systems by reducing upfront installation costs. One STC is equal to one megawatt hour of renewable electricity.

Solar Feed-in Tariff

A solar feed-in tariff is the amount your electricity retailer pays you for any electricity your solar energy solution generates that you don’t use or store and is fed back into the grid.

Solar Panel

They are constructed from a series of photovoltaic – Read Photovoltaic Cell section ‘P’ – cells arranged into a panel. They come in various rectangular shapes and are installed in combination to generate electricity.

Solar Power

Electricity generated from solar radiation.

Sustainability

The balance between ecological, human, and economic health and vitality through sustainable practices.

T+

Tariff

In simple words, a tariff is the price you’re charged for the energy you consume.

Terawatt hour – (TWh)

A terawatt-hour is equal to outputting one trillion watts for one hour.

Thermal Energy

Thermal energy is energy possessed by an object or system due to the movement of particles within the mentioned above carried by heat flow.

Transmission Lines

Steel towers and wires that carry electricity to everyone’s homes, schools and workplaces.

U+

Ultrahigh Voltage Transmission – (UVT)

Electricity transportation over bulk-power lines at voltages greater than 800 kilovolts.

Utility­­ (industry)

In short, your utility company sells you electricity and connects it to your home.

 

V+

Variance

Permission granted for a limited time (under stated conditions) for a company to operate outside the limits prescribed in a regulation.

Volt – (V)

One Volt is defined as energy consumption of one Joule per electric charge of one Coulomb.

W+

Watt – (W)

A Watt is a unit of power, and power is the rate at which energy is produced or consumed.

Watt-Hour – (Wh)

One watt of power expended for one hour, which represent one thousand (1,000) of a kilowatt-hour.

Wholesale Power Market

Generators and retailers trade electricity in Australia under NEM – National Energy Market – read NEM’s description, Section ‘N’.

25 NSW Councils Target Emissions In Huge Deal with ZEN Energy

The ZEN team is so proud to share this major piece of news! Together with the Southern Sydney Regional Organisation of Councils (SSROC), we are delivering one of the largest renewable energy contracts for local governments anywhere in Australia.

Now, landmarks in the Bayside, Burwood, Campbelltown, Canada Bay, Canterbury-Bankstown, Fairfield, Georges River, Hornsby, Hunters Hill, Inner West, Ku-ring-gai, Lane Cove, Liverpool, Mosman, North Sydney, Parramatta, Port Stephens, Randwick, Ryde, Singleton, Sutherland, Tamworth, Waverley, Willoughby and Woollahra councils will be receiving electricity from ZEN with 19 of these councils opting for 100% renewable!

So that’s 214 gigawatt hours of electricity per year to over 300 major council facilities, 3,000 smaller sites and more than 210,000 streetlights. These councils serve over 3 million people, which is almost 38% of NSW population.

While 19 councils are using 100% renewable energy, 83% of the total electricity will be supplied from NSW solar farms.

ZEN partners with the SACOME Joint Electricity Purchasing Group to secure more clean energy for South Australia.

Underpinned by the long-term commitment from the South Australian Chamber of Mines and Energy (SACOME) Joint Electricity Purchasing Group, ZEN Energy has penned an innovative agreement with Vena Energy to purchase renewable energy from the 87 MW Tailem Bend 2 Solar Project. This new solar energy project will provide more sustainable energy into the South Australian grid and is another significant step to achieving South Australia’s net zero by 2030 goal, benefitting South Australian businesses and the wider community.

The Tailem Bend 2 Project is located approximately 90km southeast of Adelaide.

The energy from this project will support ZEN’s South Australian customers including the SACOME Joint Electricity Purchasing Group. SACOME supported the project through their commitment to a long-term contract with ZEN, commencing in 2019. Customers under the SACOME joint electricity purchasing group contract include the majority of local Foodland and IGA supermarkets, Viterra, Central Irrigation Trust, Adchem and Hillgrove Resources.

”ZEN Energy’s agreement with Vena Energy to purchase renewable energy from the Tailem Bend 2 Solar Project fulfils the intent of SACOME’s Joint Electricity Purchasing Group to underpin new electricity generation in South Australia,” said SACOME CEO, Rebecca Knol.

“This once again highlights the benefits of collaboration across sectors, providing affordable power to some of South Australia’s largest energy users while supporting the development of new renewable power generation for the collective benefit of the state.”

Tailem Bend 2 Solar Project is being constructed adjacent to the Tailem Bend 1 Solar Project, which commenced operation in May 2019 and is expected to achieve commercial operation in the first half of 2023. Once operational, It will be capable of supplying the equivalent of approximately 35,000 homes with clean energy annually, reducing more than 207,000 tons of CO 2 Greenhouse Gas Emissions.

“The energy transition is about building more renewable energy and storage assets, like Tailem Bend 2,” said ZEN Energy CEO, Anthony Garnaut.

Anthony continued, “there’s a chain of commitments that’s needed to make this happen. The members of the SACOME Joint Electricity Purchasing Group engaged with ZEN on a long-term basis, allowing us to, in turn, secure the output of this new generation asset on a long-term basis, creating revenue certainty for new capital deployment into new, long-term assets for Australia.”

“We are constantly looking to innovate how we engage with our partners. Tailem Bend 2 is underpinned by an innovative power purchase agreement which ultimately brings benefits to all involved.”

“We deeply value our partnership with Vena Energy, the developer of the project. Together, we have crafted a project model that will underpin our ongoing work with Vena Energy and others, and we are proud to be their partner. This is the first of several agreements that ZEN is seeking to finalise in the next 12-18 months as we pursue our mission to lead communities into the zero-carbon world.”

JC Decaux Taking Sustainability Seriously

Customer FEATURE ARTICLE.

When you are leading communities into a zero-carbon world? Who do you partner with? 

We sat down with JCDecaux’s Jose Sanz, Production Transit and Sustainability Director, to talk about the company’s sustainability journey and partnering with ZEN Energy.

Tell us about JCDecaux
JCDecaux is the number one out-of-home media company worldwide, with more than one million advertising panels in more than 80 countries and more than 13,000 employees. We strive to deliver exceptional experiences for brands, partners, and their people.  Our purpose is to connect brands with communities and enrich urban life.

What is JCDecaux’s approach to sustainability?
We take sustainability seriously and won’t settle for “good enough”, says Jose Sanz. “We look for partners with the shared values and passion, but our decisions also need to make financial sense.

How did you find working with ZEN?
Our team found ZEN’s service outstanding, with knowledgeable consultants.  Working with ZEN, JCDecaux Australia, and New Zealand proved how a sensible budget can achieve a gold standard solution.

How do you demonstrate your commitment to sustainability?
JCDecaux was the first Out-of-Home Media company to join the RE100 initiative, re-affirming our commitment to the climate and renewable energies. As part of this commitment, we set bold targets to reach RE100 certification by 2022. ZEN Energy worked with our team to navigate how we would achieve these targets— developing a simple and transparent contract structure, through the purchase of large-scale generation certificates. ZEN guided JC Decaux through assessing and measuring their requirements and facilitated the process to ensure they could reach their targets.

How does this commitment continue through the business?
We are committed to fostering a company-wide culture of sustainability by educating and communicating with staff and clients through the launch of JCDecaux EARTH. JCDecaux EARTH is an employee-led internal committee with ambitious standards. Collaboration between stakeholders fosters continuous improvement in a greener, more sustainable business.  By partnering with ZEN, that commitment became a reality.

Why do you think it is essential for large businesses to be sustainable?
Any business that isn’t considering being more sustainable on multiple levels, i.e., environmentally, socially, and financially is missing real opportunities to thrive in a broad spectrum of fields. Environmental sustainability is an area that is mired in expectations for little return from significant investment.

Anthony Garnaut, CEO ZEN Energy – tell us about working with JCDecaux
JCDecaux’s commitment to sustainability and societal impacts permeates everything they do.  Likewise, at ZEN, every decision we make, we make with the consideration of the social, financial, technological, and environmental impact of that decision. JCDecaux is the same. This is how we make the world better.

Our vision is clear. We aim to lead the charge to make Australia a super-power in the new zero-carbon world.  The world needs a reset. We want to work with people who embrace our vision and are committed to being the change. JCDecaux is part of that change.

ENDS.

ZEN partners with the SACOME Joint Electricity Purchasing Group to secure more clean energy for South Australia.

Underpinned by the long-term commitment from the South Australian Chamber of Mines and Energy (SACOME) Joint Electricity Purchasing Group, ZEN Energy has penned an innovative agreement with Vena Energy to purchase renewable energy from the 87 MW Tailem Bend 2 Solar Project. This new solar energy project will provide more sustainable energy into the South Australian grid and is another significant step to achieving South Australia’s net zero by 2030 goal, benefitting South Australian businesses and the wider community.

The Tailem Bend 2 Project is located approximately 90km southeast of Adelaide.

The energy from this project will support ZEN’s South Australian customers including the SACOME Joint Electricity Purchasing Group. SACOME supported the project through their commitment to a long-term contract with ZEN, commencing in 2019. Customers under the SACOME joint electricity purchasing group contract include the majority of local Foodland and IGA supermarkets, Viterra, Central Irrigation Trust, Adchem and Hillgrove Resources.

”ZEN Energy’s agreement with Vena Energy to purchase renewable energy from the Tailem Bend 2 Solar Project fulfils the intent of SACOME’s Joint Electricity Purchasing Group to underpin new electricity generation in South Australia,” said SACOME CEO, Rebecca Knol.

“This once again highlights the benefits of collaboration across sectors, providing affordable power to some of South Australia’s largest energy users while supporting the development of new renewable power generation for the collective benefit of the state.”

Tailem Bend 2 Solar Project is being constructed adjacent to the Tailem Bend 1 Solar Project, which commenced operation in May 2019 and is expected to achieve commercial operation in the first half of 2023. Once operational, It will be capable of supplying the equivalent of approximately 35,000 homes with clean energy annually, reducing more than 207,000 tons of CO 2 Greenhouse Gas Emissions.

“The energy transition is about building more renewable energy and storage assets, like Tailem Bend 2,” said ZEN Energy CEO, Anthony Garnaut.

Anthony continued, “there’s a chain of commitments that’s needed to make this happen. The members of the SACOME Joint Electricity Purchasing Group engaged with ZEN on a long-term basis, allowing us to, in turn, secure the output of this new generation asset on a long-term basis, creating revenue certainty for new capital deployment into new, long-term assets for Australia.”

“We are constantly looking to innovate how we engage with our partners. Tailem Bend 2 is underpinned by an innovative power purchase agreement which ultimately brings benefits to all involved.”

“We deeply value our partnership with Vena Energy, the developer of the project. Together, we have crafted a project model that will underpin our ongoing work with Vena Energy and others, and we are proud to be their partner. This is the first of several agreements that ZEN is seeking to finalise in the next 12-18 months as we pursue our mission to lead communities into the zero-carbon world.”

ZEN ENERGY CHOSEN TO SUPPLY 100% RENEWABLE ENERGY TO CSIRO

Article originally published by the CSIRO.

Through the Agreement, signed with ZEN Energy, 26 CSIRO-managed research sites in ACT, NSW, and Victoria will be supplied by renewable generation from two regional solar farms.

This includes the iconic Parkes Observatory in regional NSW, the Canberra Deep Space Communication Centre in Tidbinbilla and the Australian Centre for Disease Preparedness in Geelong, the site of key research in the rapid global response to COVID-19.

The Agreement is the largest of its type in place for a Commonwealth Government agency.

CSIRO Director of Business and Infrastructure Services, Dave Agnew said the agreement will enable CSIRO to halve its annual carbon emissions associated with electricity use at CSIRO sites.

“This is a very significant step towards being net-zero in our operations, and is in line with our broader remit to help Australia navigate to a low emissions future,” Mr Agnew said.

CSIRO’s energy research portfolio is delivering affordable, reliable and sustainable solutions for the nation.

This includes innovation and simulations to support Australia’s electricity network transformation, and key low emissions technologies like hydrogen, that will drive significant emissions reduction.

“As a world leader in sustainability research, CSIRO is committed to innovative science and technology that reduces emissions and global climate change impacts,” Mr Agnew said.

“We aspire to be an organisation that promotes and demonstrates sustainable operations and practices that are consistent with our science and innovation impact.

In addition to entering into a commercial PPA, CSIRO and ZEN are exploring opportunities to undertake collaborative renewable energy science projects.

The new Power Purchase Agreement follows CSIRO’s recent completion of a solar photovoltaic (PV) roll-out across 10 sites nationally.

The PV installations have the capacity to generate more than five megawatts of renewable energy and reduce CSIRO’s carbon dioxide equivalent (CO2e) emissions by around 5900 tonnes each year.