ZEN and the Victorian Chambers of Commerce and Industry working together for a net-zero future.

April 5, 2023.

ZEN Energy is proud to be a member of The Victorian Chambers of Commerce and Industry, providing insights on the path of achieving net-zero for Victoria.

This is part of ZEN’s strategy to work with like-minded businesses to accelerate the transition to renewable energy for a positive outcome “…when there’s no longer any coal or gas being used to generate electricity…”, as ZEN CEO Anthony Garnaut mentioned in his interview below. By acting as a community and alongside the government, we will be able to not only achieve Australian mandatory targets, yet increase them such as ramping up the Renewable Energy Target (RET).

Image: Numurkah Solar Farm, in Victoria.

Article from: The Victorian Chambers of Commerce and Industry

ZEN Energy: Committed to renewable solutions

According to ZEN Energy CEO Anthony Garnaut, while Victoria is not the sunniest place in Australia, “it’s a lot sunnier than Germany”, meaning the cost of solar even in Melbourne is a lot cheaper than building a solar farm in the sunniest part of Germany. 

“What that means is it’s a pretty good place to set up a business in Victoria if you use a lot of electricity,” he says.

“If you’re a global company, if you’re a data centre thinking, ‘where do I put my next data centre: do I put it in Germany, do I put it in Melbourne?’ If you come to Melbourne, solar is relatively cheap.

“We’ve also got a really good wind resource in Victoria – it’s one of the locations in the world where producing renewable energy is relatively cheap. 

“So we think as the renewable transition gathers pace, there will be lots of opportunities for renewable-based manufacturing industries to set up in Victoria to enjoy the excellent wind and relatively excellent sun we have here.”

That’s why ZEN Energy is committed to sustainable energy technologies and fostering zero-carbon communities.

As a renewable retailer, ZEN specialises in providing renewable-based solutions to customers. Understanding that the transition to renewable energy is gradual and requires systemic change, ZEN’s business model involves offering the customer a long-term vision.

“We primarily source our power from solar and wind farms and so our cost base isn’t affected by the ups and downs in the global fossil fuel markets,” Anthony says.

“However, if new solar or wind farms are going to be built, they need to sell that electricity to someone. So ZEN Energy specialises in long-term sustainability partnerships. 

“There are 50 electricity retail businesses in the market and most focus on selling one to three-year contracts. We like to work with partners over the long term, over a five or a 10 or a 15-year time frame.

“What we like to do with customers is sit down, talk through the cost factors that are affecting their business and what they think about sustainability, and then we can design a contract that might involve some combination of direct electricity supply but then maybe also putting solar on roofs or putting in a battery at your business, which might lower the non-electricity costs on your bill.

“We’re set up in such a way that will thrive when there’s no longer any coal or gas being used to generate electricity.”

Anthony is hopeful about the prospects of Victoria’s local renewable market and the economic benefits it may bring.

“The proportion of our electricity that comes from renewable resources is a fair bit higher than most places in the world, even than places like France. Victoria is now getting up there with Germany. 

“If we keep going, we’ll get to a zero-carbon electricity grid and before a lot of other places. That opens up a whole new world of industries that will be seeking to exploit the opportunities for low-cost power that comes with these free resources that we have out there in the sun, in the wind that are a lot cheaper to use than the gas and the coal that is now in high demand in the export market.”

However, a successful and sustainable transition will require buy-in and co-operation from individuals, business and government, Anthony says.

“We don’t have a net-zero economy until all of our electricity comes from renewable sources,” Anthony says.

“Households use a little under half of the electricity in Victoria, which means that businesses have more than half a contribution to make to the journey to net zero. 

“Until businesses start committing and thinking forward about what that journey is going to look like, the transition to net-zero won’t happen in a stable and predictable way.

“If we can have a coordinated plan, the transition will happen faster, be less bumpy and the destination we get to will be a better destination.

“So I think it’s really important that businesses start thinking about what the next 15 years will look like and getting the conversations going with their families, local governments and through the Victorian Chamber to work out what role they can play as businesses in making this transition as successful as possible.”

Victorian Chamber advocacy

The Victorian Chamber Victorian Chamber of Commerce and Industry has launched a series of advocacy videos endorsing our campaign to support businesses’ transition to a net-zero economy. Achieving a Net-Zero Economy: Roadmap for Victorian Businesses focuses on three core objectives: reducing energy prices, ensuring the reliable supply of energy, and supporting businesses transition to a net-zero economy.

ENDS

A ZEN night before Christmas

T’was the night before Christmas, when all through the office
The ZEN team were busy applying a poultice,
To the worn out feet of ZEN’s tired sales lead,
Who’d had one big year pitching the renewable creed.

ZEN’s customers were nestled, all snug in bed,
Knowing they’d chosen to help the environment instead,
Of sending more coal smoke up into the air.
They were sleeping so soundly, with nary a care!

When outside there came, in a silent descent,
A jolly old fellow with 100 percent
Green electricity powering the red nose of his reindeer ride,
He polished it and primped it with much glowing pride.

ZEN’s customers knew for sure, right away,
It was Santa aboard his brand-new ZEN sleigh.
Delivering a pile of Christmas delight,
To families everywhere all through the night.

“To be part of this 1.5 degree journey,
Means that I no longer need my Christmas attorney,
To cover my arse for all the pollution.
ZEN’s super team delivered the solution!

We’re away on our journey to be 100% green.
It’s the best Christmas present that I’ve ever seen!
I’m so proud to sign up to this collective alchemy,
It makes me want to laugh, dance and shimmy!”

To all of our partners, customers, and friends,
Thanks for joining our journey, you know where it ends:
With Australia as a green Superpower
And ZEN adding renewables each single hour!

And ZEN’s customers heard Santa say,
As he jumped into his snazzy ZENLECTRIC sleigh,
And headed on into the night,

HAPPY CHRISTMAS TO ALL, AND TO ALL A GOOD-NIGHT!

A ZEN night before Christmas

T’was the night before Christmas, when all through the office
The ZEN team were busy applying a poultice,
To the worn out feet of ZEN’s tired sales lead,
Who’d had one big year pitching the renewable creed.

ZEN’s customers were nestled, all snug in bed,
Knowing they’d chosen to help the environment instead,
Of sending more coal smoke up into the air.
They were sleeping so soundly, with nary a care!

When outside there came, in a silent descent,
A jolly old fellow with 100 percent
Green electricity powering the red nose of his reindeer ride,
He polished it and primped it with much glowing pride.

ZEN’s customers knew for sure, right away,
It was Santa aboard his brand-new ZEN sleigh.
Delivering a pile of Christmas delight,
To families everywhere all through the night.

“To be part of this 1.5 degree journey,
Means that I no longer need my Christmas attorney,
To cover my arse for all the pollution.
ZEN’s super team delivered the solution!

We’re away on our journey to be 100% green.
It’s the best Christmas present that I’ve ever seen!
I’m so proud to sign up to this collective alchemy,
It makes me want to laugh, dance and shimmy!”

To all of our partners, customers, and friends,
Thanks for joining our journey, you know where it ends:
With Australia as a green Superpower
And ZEN adding renewables each single hour!

And ZEN’s customers heard Santa say,
As he jumped into his snazzy ZENLECTRIC sleigh,
And headed on into the night,

HAPPY CHRISTMAS TO ALL, AND TO ALL A GOOD-NIGHT!

About SEI

Sustainable Energy Infrastructure (SEI) is an owner and operator of a diversified portfolio of sustainable distributed energy assets across Australia. SEI is an investment vehicle that was established by PATRIZIA to acquire a portfolio of power generation and distributed energy assets. Currently comprising a portfolio of co-generation, biomass, and biogas generation assets, SEI has partnered with YES Group to develop and own a portfolio of mid-scale solar generation and integrated battery storage assets throughout regional Australia. SEI’s assets are overseen by an in-house multi-disciplinary asset management team.

About YES Group

South Australian owned Yates Electrical Services (YES GROUP) has been delivering high quality construction services to the renewable energy sector since 2004. Established by Riverland local Mark Yates, the company has been instrumental in the development of numerous renewable high-voltage projects across Australia, including High voltage substation construction and wind and solar farm project development. Over the past 5 years, YES Group has developed and constructed over 100 solar farms in the sub 5MW market, managing 100% of the renewable energy generation offtake into the National Electricity Market through its YES Energy Retail business.

About PATRIZIA

With operations around the world, PATRIZIA has been offering investment opportunities in real estate and infrastructure assets for institutional, semi-professional and private investors for 38 years. PATRIZIA manages more than EUR 57 billion in assets and employs over 1,000 professionals at 28 locations worldwide. Through its PATRIZIA Foundation, PATRIZIA is committed to social responsibility. The Foundation has helped around 250,000 children in need worldwide gain access to education and thus, has given them the chance of a better life over the last 23 years. You can find further information here.

On 1 February 2022, PATRIZIA completed its merger with Whitehelm Capital, a global specialist infrastructure manager, which following the merger has become PATRIZIA’s infrastructure division with global capabilities. The company has an extensive track record of investing in listed and unlisted infrastructure equity and debt assets throughout Asia Pacific, the Americas and Europe.

Why Renewable Energy?

Why is renewable energy vital for Australia to become a Superpower in the decarbonised economy?

In any discussion about how Australia will achieve its Net Zero targets, renewable energy tops the list of priorities that must be implemented effectively to mitigate the impacts of Climate Change.

Renewable energy, also known as renewables and clean energy, are in simple words “Energy that is obtained from sources that are for all practical purposes inexhaustible (…). Contrast this with energy from sources such as fossil fuels, of which there is a finite supply which is exhaustible. ” – Oxford Dictionary.

Therefore, such sources don’t emit carbon dioxide (CO2) and other greenhouse gases that have proven to be significant contributors to the planet’s rising temperatures.

Carbon Dioxide and its effects on the environment

The critical threat from increased Carbon Dioxide is the greenhouse effect. Greenhouse gases trap heat in the atmosphere that would otherwise escape into space, causing average temperatures on the surface to rise. Global warming is one of the main symptoms of Climate Change.

There are good news out there too!

To date, Australia has committed to reduce green gas house emissions by 43% in 20230 and reach Net Zero by 2050 and to do so, the usage of renewable resources has been scaling up trough clean energy assets such as solar and wind farms, hydropower and storage.

Investments in such assets are critical, not just an environmental necessity, but a pathway to economic resilience. Australia is very fortunate to have wind and sun highly abundant throughout the year, which means that there are enough resources for the country to lead by example.

Our team volunteering at the Forktree Project in 2022. The project founded by Tim Jarvis is restoring tens of thousands of native trees and shrubs on the property, bringing back native animals, insects, and birds, and sequestering tens of thousands of tonnes of carbon.

Understanding renewable energy sources

Wind: By harnessing the power of wind through turbines usually located on hilltops or near the ocean, its motion spins an electric generator which produces energy.

Solar: Solar energy is produced from solar PV (photovoltaic) panels. The combination of heat and light from the sun creates electricity. In addition to Solar Panels (light) and Solar Thermal (heat), concentrating solar power (CSP) plants use mirrors to concentrate the sun’s heat, creating thermal energy.
Combining solar energy generation and  battery storage is a great solution to store your clean, green, renewable energy 24 hours a day. Is excellent for the environment and even better for your pocket.

Hydropower: This renewable energy source generates power by altering the natural flow of a river or body of water. The force of the water turns the turbines and this generates electricity, which is then fed into the electrical grid to power homes and businesses.

The impact on the economy

Australia’s economy will experience job creation, innovative technologies and obviously the benefits of being a decarbonised country that will assist on the transition to developing nations. The transformation to renewables is not only, strategic yet necessary for a bright future.

ENDS.

How to lower your personal carbon footprint?

 

Lowering either our personal or a business’ carbon footprint is a key step in the transformation to net zero, and it aligns with broader efforts to address climate change and promote a decarbonised economy.

But first things first.

What is a carbon footprint?

PERSONAL

Our personal carbon footprint is determined by daily activities, such as commuting, food consumption, the clothes we buy and everything we consume. All of these actions create emissions. Carbon Dioxide (CO2) is the primary greenhouse gas (GAG) emitted through these activities. The amount of GAG emitted correlates to the size of your footprint.

So the math is simple: the more you consume, the higher your footprint will be.

It can be complex to identify what has to be adapted in order to lowering our emissions.

Here is some recommendations of what can positively impact your pursue to a balanced lifestyle:

Clothing

  • Visit upcycled stores and recycle clothing when possible
  • Try swapping, borrowing and renting
  • When buying clothes, look out for responsibly made and sustainably sourced material

Food Consumption

  • Consume local and seasonal products. Support your local market as it will be fresher and it is a fun choice for the weekend
  • Reduce your meat consumption – according to Greenpeace, “the industrial meat system requires a huge amount of land to sustain itself. Forests, particularly in South America, are deliberately slashed and burned every year to graze cattle and grow enough crops to feed billions of farmed animals.”
  • Take reusable shopping bags
  • Trial buying smaller portions to avoid waste

Transportation

  • Cycle, ride share or use public transport
  • Electric Vehicles (EV’s) are increasing in popularity as the government is investing in charging stations, which minimises range anxiety
  • Analyse if flying is the only option or if there is an alternative that is less harmful for the environment. If the first option is necessary, purchase a carbon neutral flight. There is a small fee, but will off-set this mode of transport

Energy and waste

  • Waste of natural resources can be easily fixed and it is a matter of changing behaviour. You would be surprised of how small tweaks actually causes a considerable impact
  • Unplug your electronic equipment, standby uses energy,  and don’t leave your phone on charge when the battery is already full
  • Limit and recycle your waste and compost food waste. Remember that avoiding waste at first place is always the best option
  • Turn off the lights when leaving a room
  • Look into renewable energy options such as solar and battery storage. They not only reduce your carbon impact, yet electricity costs. If you would like to learn more about it and request a quote, our preferred installation partner Mac Trade Services will happily assist you in the process

Digital Footprint

  • Don’t store unnecessary data in the cloud. With the number of data increasing exponentially as the world’s population is constantly connected, consequently the energy consumption rises in the same pace. Actions such as deleting videos and photos that you no longer need it can make a difference
  • Extend the life of your devices as much as possible by just upgrading when necessary and if the upgrade won’t consume more energy than the previous device
  • Unsubscribe from commercial distribution lists or newsletters – we all get to many emails!
  • Clean up your email inbox when possible

Energy-Efficient Appliances

  • It might be time for you to replace Nanna’s old fridge as it can eat up expressive amounts of energy. That includes other devices such as air-conditioner, washing-machine and further appliances
  • When in doubt of which product is appropriate for you in terms of quality, examine the star rating stickers

Curious about how big your environmental footprint is? Take a look at the World Wildlife Fund (WWF) calculator.

BUSINESS

From a company’s perspective, emissions are categorised into three levels, which are called Scope 1, Scope 2 and Scope 3.

Scope 1: Direct Emissions

They are direct greenhouse gas emissions that result from sources that are owned or controlled by the reporting entity.

Examples:

  • Combustion of fossil fuels on-site (e.g., in company-owned vehicles, boilers, or furnaces).
  • Process emissions from chemical reactions occurring on-site.

Scope 1 emissions are considered direct because they originate from sources that are within the organisational boundaries.

Scope 2: Indirect Emissions from Purchased Electricity, Heat, or Steam

These emissions encompass indirect greenhouse gas emissions associated with the generation of electricity, heat, or steam that is purchased and consumed by the reporting entity.

Examples:

  • Emissions from the combustion of coal, natural gas, or other fuels by a power plant that supplies electricity to the organisation.
  • Emissions associated with the transmission and distribution of purchased electricity.

Scope 2 emissions are considered indirect because they result from activities outside the organisational boundaries but are related to the business’ consumption of purchased energy. The organisation has control over its energy procurement choices, but not over the actual emissions at the point of generation.

Scope 3: Other Indirect Emissions

This is he most complex scope as it encompass all other indirect greenhouse gas emissions that occur in the value chain of the reporting entity, including both upstream and downstream activities.

Examples:

  • Upstream emissions from the extraction, production, and transportation of raw materials and fuels.
  • Downstream emissions from the use and disposal of products and services.
  • Business travel, employee commuting, and transportation of goods.

Scope 3 emissions are considered more challenging to quantify and control, as they extend beyond the direct operations and energy procurement of the business.

ZEN is taking the necessary steps to support Australia’s transformation to renewable energy.

The first was to adopt a science-based emissions reduction target aligned with 1.5°C. Now, we focus on communities by helping build a 1.5°C world for everyone. Our ESG Report 2023 contain our Scope 1, 2 and 3 strategies and other actions we are taking that also evolves social responsibility and ethical governance.

In summary, lowering our carbon footprint is a critical step in addressing climate change, protecting ecosystems, promoting human health, and fostering a sustainable and resilient future.

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’.

A ZEN night before Christmas

T’was the night before Christmas, when all through the office
The ZEN team were busy applying a poultice,
To the worn out feet of ZEN’s tired sales lead,
Who’d had one big year pitching the renewable creed.

ZEN’s customers were nestled, all snug in bed,
Knowing they’d chosen to help the environment instead,
Of sending more coal smoke up into the air.
They were sleeping so soundly, with nary a care!

When outside there came, in a silent descent,
A jolly old fellow with 100 percent
Green electricity powering the red nose of his reindeer ride,
He polished it and primped it with much glowing pride.

ZEN’s customers knew for sure, right away,
It was Santa aboard his brand-new ZEN sleigh.
Delivering a pile of Christmas delight,
To families everywhere all through the night.

“To be part of this 1.5 degree journey,
Means that I no longer need my Christmas attorney,
To cover my arse for all the pollution.
ZEN’s super team delivered the solution!

We’re away on our journey to be 100% green.
It’s the best Christmas present that I’ve ever seen!
I’m so proud to sign up to this collective alchemy,
It makes me want to laugh, dance and shimmy!”

To all of our partners, customers, and friends,
Thanks for joining our journey, you know where it ends:
With Australia as a green Superpower
And ZEN adding renewables each single hour!

And ZEN’s customers heard Santa say,
As he jumped into his snazzy ZENLECTRIC sleigh,
And headed on into the night,

HAPPY CHRISTMAS TO ALL, AND TO ALL A GOOD-NIGHT!

A ZEN night before Christmas

T’was the night before Christmas, when all through the office
The ZEN team were busy applying a poultice,
To the worn out feet of ZEN’s tired sales lead,
Who’d had one big year pitching the renewable creed.

ZEN’s customers were nestled, all snug in bed,
Knowing they’d chosen to help the environment instead,
Of sending more coal smoke up into the air.
They were sleeping so soundly, with nary a care!

When outside there came, in a silent descent,
A jolly old fellow with 100 percent
Green electricity powering the red nose of his reindeer ride,
He polished it and primped it with much glowing pride.

ZEN’s customers knew for sure, right away,
It was Santa aboard his brand-new ZEN sleigh.
Delivering a pile of Christmas delight,
To families everywhere all through the night.

“To be part of this 1.5 degree journey,
Means that I no longer need my Christmas attorney,
To cover my arse for all the pollution.
ZEN’s super team delivered the solution!

We’re away on our journey to be 100% green.
It’s the best Christmas present that I’ve ever seen!
I’m so proud to sign up to this collective alchemy,
It makes me want to laugh, dance and shimmy!”

To all of our partners, customers, and friends,
Thanks for joining our journey, you know where it ends:
With Australia as a green Superpower
And ZEN adding renewables each single hour!

And ZEN’s customers heard Santa say,
As he jumped into his snazzy ZENLECTRIC sleigh,
And headed on into the night,

HAPPY CHRISTMAS TO ALL, AND TO ALL A GOOD-NIGHT!

5 Advantages of Solar Energy on the Environment

An increasing number of households are choosing to install solar panels on their home to help reduce their energy costs. By using the power that you’ve generated on your own roof, you can save hundreds each year and become less reliant on the power grid.

More widely, solar power is also a great sustainable, green energy choice. Solar energy doesn’t only help reduce your electricity bills; it also has huge benefits for our planet.

Some of the key advantages of solar energy on the environment  include:

 

1. Using less water

Water is one of our most precious natural resources. We live on the driest continent on the planet, and we run the risk of running out of fresh water in the future. Traditional electricity production can use thousands of litres of water each year. Water is used for cooling generators, processing and refining fuel and transporting fuel through pipes. Generating power through solar panels, however, uses no water whatsoever. The operation of solar photovoltaic cells doesn’t require water at all to generate electricity, reducing the strain on this precious resource. The only water needed is rainwater to naturally clean the panels when they get a bit grubby!

 

2. Reducing air pollution

The air we breathe can help or hinder our health and wellbeing. Electricity generation from fossil fuels can generate harmful carbon dioxide and methane gases that lower the quality of the air we breathe. Breathing poor quality air on a daily basis can have dire consequences for our health. Air pollution has been linked to asthma and allergies, bronchitis, pneumonia, headaches, anxiety, heart attacks and even some cancers. Using the sun to generate more and more of our power means less and less harmful emissions from burning fossil fuels. Generating electricity from solar panels produce no harmful emissions, and the more homes and businesses that rely on solar power means less toxic emissions from fossil fuels into our air.

 

3. Help to slow climate change

The release of toxic gases into the atmosphere, such as carbon dioxide, methane and nitrous oxide, doesn’t just contribute to air pollution, but also contributes to the enhanced greenhouse effect. While the greenhouse effect is a natural process that warms the Earth’s surface to a liveable temperature, human activities, such as the burning of fossil fuels, have increased the amount of greenhouse gases in our atmosphere. This has led to the enhanced greenhouse effect, which is warming our earth faster than ever before. In recent years, this has been linked to a number of catastrophic weather events, such as flooding, cyclones, storms, extreme heat and drought. Generating electricity from solar panels produce no greenhouse gases whatsoever, and so can help to reduce the effect of climate change if used widely.  With solar energy powering a home or business, there is no burning of fuel and no emissions from energy production.

 

4. Reducing your household’s carbon footprint

Solar energy is one of the cleanest sources of energy, and it’s an extremely effective way of your household more efficient and sustainable. Solar panels don’t use any water to generate electricity, they don’t release harmful gases into the environment, and the source of their energy is abundant and, best of all, free. Using solar energy instead of the grid also means you reduce the need for carbon dioxide emitting energy to be produced for the grid on your behalf – for energy users on mainland Australia, you could offset anywhere between a half to one tonne of carbon dioxide for every megawatt-hour of solar energy you use. With even a small system installed on your home, you can help reduce your household’s carbon footprint and contribute personally to the Australian Renewable Energy Target.

 

5. Reducing our reliance on fossil fuels

Solar energy supplies are massive; if we could harness all of the sunlight shining on the earth for just one hour, we could use that energy to power the entire world for a whole year. The sunshine used in solar energy production is free, and there’s lots of it. On the other hand, fossil fuels are running out, and fast. Reducing our reliance on these finite resources and taking advantage of an abundant, free source of energy, such as sunlight, could mean lower energy prices, reduced greenhouse gas emissions and a stronger, more stable energy future.

As people are becoming more environmentally conscious, alternative sources of energy are being explored. One such source is solar energy, which is derived from the sun and can be harnessed to power buildings and homes. The concept of solar energy has been around for decades, but only recently has it gained more popularity due to its eco-friendliness and cost-effectiveness. As the world shifts towards cleaner energy sources, it’s important for us to embrace the changes and support them.

So why not take that same mindset and apply it to something we enjoy, such as online casino games? Google Pay casino NZ offers a convenient way to play your favorite games while also supporting the use of solar energy, as the technology used to power the platform is powered in part by solar energy. By choosing to use Google Pay casino NZ, you’ll not only have a great gaming experience, but you’ll also be supporting this important eco-conscious movement.

Solar power has wide-ranging advantages for our planet, especially when it comes to our environment.

From reducing greenhouse gases, improving our air quality and conserving our precious water, solar energy can help to reduce our reliance on fossil fuels and lower energy prices for years to come.