Published

2 years ago

April 7, 2024

Alice Rush

China’s Wind Energy Landscape: A Soaring Powerhouse

China has emerged as a global leader in wind energy, transforming its landscape with vast wind farms and setting ambitious goals for the future.

Here’s a glimpse into this impressive scene:

Dominating Capacity:

China boasts the world’s largest installed wind power capacity, exceeding 342 gigawatts (GW) as of 2021. That’s more than a quarter of the global total!
Imagine an endless sea of turbines stretching across vast plains and coastlines, harnessing the wind’s power to generate clean electricity.

Geographical Diversity:

China’s wind energy potential is spread across diverse regions, each with its own unique characteristics:
- Gobi Desert: The arid expanse offers strong, consistent winds, making it home to some of the world’s largest wind farms like the Gansu Wind Farm.
- Coastal Regions: Offshore wind farms are rapidly rising along China’s extensive coastline, particularly in the Bohai and East China Seas, leveraging stronger offshore winds.
- Inner Mongolia: Vast grasslands provide ideal conditions for large-scale wind energy projects.

Technological Innovation:

China is actively developing and deploying cutting-edge wind turbine technology:
- Domestic production: China dominates the global wind turbine manufacturing market, supplying over 50% of the equipment worldwide.
- Mega-sized turbines: Chinese companies are pushing the boundaries with the development of increasingly powerful turbines, like the 16-megawatt MingYang MHY16S, the world’s first ultra-large offshore wind turbine.
- Grid integration: Advanced grid technologies are being implemented to efficiently integrate wind power into the national grid, overcoming challenges associated with intermittent wind resources.

Challenges and Future Outlook:

While China leads the way, challenges remain:
- Environmental concerns: Careful planning and management are crucial to minimize the impact of wind farms on birdlife and other ecological factors.
- Grid infrastructure: Upgrading and expanding the grid is essential to handle the increasing amount of wind power generated.
- Rural development: Integrating wind farms into local communities and ensuring equitable distribution of benefits is important for long-term sustainability.

Despite these challenges, China’s commitment to wind energy is unwavering. The country aims to reach 1,200 GW of wind and solar power capacity by 2030, a testament to its ambitious clean energy goals.

Statistics of China’s Wind Energy Landscape

China’s Wind Energy Landscape: A Data-Driven Panorama

China’s wind energy landscape is a breathtaking tapestry of statistics, woven with impressive capacity, rapid growth, and ambitious goals. Here’s a deeper dive into the numbers, with visuals to paint a vivid picture:

Dominating Capacity:

342 Gigawatts (GW) as of 2021, the world’s largest installed wind power capacity. That’s enough to power over 85 million homes with clean electricity!

Soaring Growth:

75 GW of new wind power capacity added in 2021, the highest annual increase globally. This rapid growth shows China’s unwavering commitment to wind energy.

Offshore Potential:

11.2 GW of installed offshore wind capacity as of 2021, poised to reach 50 GW by 2030. China’s long coastline with strong winds makes it a prime location for harnessing offshore wind power.

Technological Leader:

50% of the world’s wind turbines manufactured in China, demonstrating its dominance in the industry.

Next-Gen Innovation:

Developing cutting-edge wind turbines like the 16-megawatt MingYang MHY16S, the world’s first ultra-large offshore wind turbine. This signifies China’s commitment to pushing technological boundaries.

Ambitious Future:

Aiming to reach 1,200 GW of wind and solar power capacity by 2030, doubling its current capacity and solidifying its position as a clean energy leader.

Bonus Statistics:

Wind power contributed to 7.5% of China’s total electricity generation in 2021.
China’s wind farms are spread across diverse regions, including the Gobi Desert, coastal areas, and Inner Mongolia, each with unique wind resource potential.

China’s Wind Energy Landscape: Key Statistics

Installed Capacity: 342 gigawatts (GW) as of 2021, largest in the world.
Generation: 7.5% of China’s total electricity generation in 2021.
Growth: 75 GW of new capacity added in 2021, highest annual increase globally.
Offshore Potential: 11.2 GW installed in 2021, projected to reach 50 GW by 2030.
Manufacturing: Produces over 50% of the world’s wind turbines.
Technology: Developing next-generation turbines like the 16-megawatt MingYang MHY16S.
Future Goals: Reach 1,200 GW of wind and solar capacity by 2030 (doubling current capacity).

These statistics illustrate China’s wind energy dominance and its vision for a sustainable future. By harnessing the power of the wind, China is not only providing clean energy for its citizens but also setting an inspiring example for the world.

Table of China’s Wind Energy Landscape: Key Statistics

China’s Wind Energy Landscape: Key Statistics

Metric	Data	Rank (Global)
Total Installed Capacity (GW)	342 (as of 2021)	1st
Contribution to Electricity Generation (%)	7.5 (2021)	N/A
Annual Capacity Growth (GW)	75 (2021)	1st
Installed Offshore Wind Capacity (GW)	11.2 (2021)	3rd
Wind Turbine Manufacturing Share (%)	50% (estimated)	1st
Largest Operational Turbine (MW)	16 (MingYang MHY16S)	1st
Target Wind & Solar Capacity by 2030 (GW)	1,200	N/A

Notes:

N/A = Not applicable due to lack of global ranking data for specific metrics.
Data based on publicly available sources.
Statistics may have changed slightly since 2021.

This table provides a quick overview of some key statistics on China’s wind energy landscape. You can expand this table by adding further details for other metrics of your interest, such as:

Average Capacity Factor (%)
Grid Integration Challenges (%)
Wind Farm Distribution by Region
Investment in Research & Development (USD)
Job Creation in the Wind Sector

China’s wind energy landscape is a dynamic and evolving story, offering a glimpse into a future powered by clean and sustainable energy. As the technology continues to advance and challenges are addressed, China’s wind farms will continue to soar, powering homes, businesses, and its ambitious journey towards a greener future.

Top 20 Wind Power Plants in China

Top 20 Wind Power Plants in China (Exceeding 1 GW Capacity)

Rank	Wind Farm Name	Province	Installed Capacity (GW)	Year Commissioned	Key Features
1	Gansu Wind Farm	Gansu	20.0	2009 – present	World’s largest onshore wind farm, spanning the Gobi Desert
2	Hebei Zhangjiakou Wind Farm	Hebei	4.18	2019 – present	Powered Beijing 2022 Winter Olympics venues
3	Donghai Bridge Wind Farm	Jiangsu	0.5	2010 – present	Turbines mounted on a 32 km bridge across the Yellow Sea
4	Guizhou Baiyunbao Wind Farm	Guizhou	0.247	2012 – present	High-altitude wind farm in mountainous terrain
5	Fujian Pingtan Offshore Wind Farm	Fujian	1.336	2019 – present	Large offshore wind farm with 167 turbines
6	Inner Mongolia Tengger Desert Wind Farm	Inner Mongolia	15.0	2009 – present	Massive wind farm in the Tengger Desert with over 6,000 turbines
7	Ningxia Hexi Corridor Wind Farm	Ningxia	8.0	2009 – present	Wind farm development in arid landscape
8	Jiangxi Jingdezhen Wind Farm	Jiangxi	2.7	2010 – present	Combines wind energy with tourism in scenic mountains
9	Jiuquan Shuangta Wind Farm	Gansu	2.0	2010 – present	Large wind farm in the Gobi Desert
10	Xinjiang Lop Nur Wind Farm	Xinjiang	2.0	2010 – present	Wind farm near the Lop Nur dried lake bed
11	Qinghai Longyangxia Wind Farm	Qinghai	2.0	2009 – present	High-altitude wind farm on the Tibetan Plateau
12	Inner Mongolia Alxa Left Banner Wind Farm	Inner Mongolia	2.0	2010 – present	Wind farm in the Alxa Desert
13	Xinjiang Shihezi Wind Farm	Xinjiang	2.0	2010 – present	Wind farm in the Shihezi oasis
14	Hebei Tangshan Wind Farm	Hebei	1.5	2010 – present	Wind farm development near Tangshan city
15	Shandong Laizhou Bay Wind Farm	Shandong	1.5	2010 – present	Offshore wind farm in Laizhou Bay
16	Liaoning Panjin Bay Wind Farm	Liaoning	1.4	2010 – present	Offshore wind farm in Panjin Bay
17	Gansu Jiuquan Qifengshan Wind Farm	Gansu	1.3	2018 – present	Wind farm in the Qifengshan mountain range
18	Inner Mongolia Ordos Wind Farm	Inner Mongolia	1.2	2010 – present	Wind farm in the Ordos Desert
19	Jilin Songyuan Wind Farm	Jilin	1.1	2010 – present	Wind farm development in Songyuan city
20	Inner Mongolia Erenhot Wind Farm	Inner Mongolia	1.0	2010 – present	Wind farm near the Erenhot border town

Note: This list is based on installed capacity data publicly available as of September 2023. Ranking could have changed due to ongoing capacity expansions.

Key Takeaway for China’s wind energy landscape

China’s wind energy landscape stands as a breathtaking testament to the power of ambition and innovation. It’s a sprawling canvas painted with towering turbines, each whispering a promise of a cleaner future.

From the vast deserts to the rugged mountains and coastal shores, these giants not only generate clean electricity but also fuel economic growth and inspire sustainability initiatives across the globe.

China continues to push the boundaries of wind technology and expand its capacity, its wind farms serve as a beacon of hope, urging the world to embrace the wind’s limitless potential and build a future powered by the very breath of our planet.

China’s wind energy landscape is not just a collection of impressive statistics and awe-inspiring visuals; it’s a symbol of transformation, a testament to human ingenuity, and a roadmap towards a cleaner future. As the wind whispers through the turbines, it carries not just energy but also a message of hope, urging us to harness the power of nature and build a world where clean energy powers our homes, businesses, and dreams.

https://www.exaputra.com/2024/01/chinas-wind-energy-landscape.html

Related Topics:China renewable energy wind turbines

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Published

3 days ago

November 14, 2025

Alice Rush

Renting in Victoria often comes with its share of compromises, especially when it comes to heating and cooling.

In Victoria, most households face high bills and reduced comfort because their old gas heaters kick in during winter or inefficient split-system air conditioners struggle to keep homes cool throughout summer.

Fortunately, there’s a golden opportunity many residents don’t know about: the Victorian Energy Upgrades (VEU) Program. This government-backed initiative offers meaningful rebates and discounts for efficient heating and cooling and other home upgrades.

But the question is: Do rental properties qualify for the VEU rebates?

The answer is yes, but there are a few important things tenants need to know.

Therefore, in this article, we’ll guide you through how tenants in VIC can benefit from VEU air con Upgrade, how the landlord consent process works, and share some real-world examples that you can follow to get started.

So, let’s begin!

In this blog post:

Understanding VEU Air Con Rebates: Can Renters Benefit?

As mentioned earlier, the Victorian government has introduced the Victorian Energy Upgrades (VEU) program to help
households and businesses reduce energy costs and lower greenhouse gas emissions.

Under this scheme, accredited providers offer rebates or discounts on the installation of energy-efficient products,
including reverse-cycle
air conditioners that replace older, inefficient systems in your home.

How Does the VEU Rebate Program Work?

The government issues “VEU certificates” for each upgrade, which energy companies then buy to meet their
emissions-reduction targets. This trading system allows households to receive up-front discounts.

Significantly, tenants can also benefit from the rebate if they have their landlord’s approval for installing air conditioners.

In rental homes, this upgrade not only improves comfort and reduces electricity bills but also helps landlords meet
Victoria’s minimum energy-efficiency
standards for rental properties.

Eager to know more?

Here is how renters can benefit through VEU air con Upgrades:

Lower energy bills

Upgrading to a high-efficiency reverse-cycle air conditioner under the VEU scheme can significantly reduce your
heating and cooling costs.

For example, recent data represents estimated savings of $120 to $1,100 per year, depending
on the size or type
of
upgrade.

Switching to efficient heating
and cooling systems helps reduce ongoing operational costs.
In your home, better temperature control means you’re less reliant on inefficient systems, like gas-burning
heaters or fans.

Improved comfort and living conditions

In a rental property, installing a modern, energy-efficient cooling system means better indoor comfort.
This VEU air con upgrade can be especially relevant in rentals where older systems may struggle or be
inefficient.

Eligibility and access permission as a tenant

Tenants can access upgrades under the VEU program, though you’ll need to coordinate with the landowner.
The best part is that there are no income thresholds to meet. The program is broadly available to Victorian
households and rental properties.
The discount is applied via an accredited provider, so the cost to the tenant (or the landlord/tenant jointly)
is reduced upfront.

Air Con Upgrade adds value to the rental property

Even though this VEU rebate directly benefits the property owner or landlord in terms of value appeal, tenants
also benefit by renting a property with better systems that likely have fewer repairs or maintenance issues.
Upgrades reduce maintenance
tasks for tenants, as older systems are more likely to break, causing discomfort or disputes over
repairs.

Do Tenants Really Need Landlord Consent? | The Approval Process Explained!

If you are living in a rental property in VIC and thinking about upgrading your air conditioning system through the
VEU program, you might be wondering — do I need my landlord’s approval before installing the new unit?

Well, since you don’t own the property you’re renting, one of the first steps as a tenant is to talk with your
landlord and seek permission.

It’s important to check in with your landlord before making any upgrades or installations. It helps avoid common mistakes
that disqualify you from a rebate, ensures compliance with your lease, and keeps everything running
smoothly.

Here’s how the landlord approval process usually works and what you should do to get landlord approval
fast:

Initiate the conversation

As a tenant, you can raise the possibility: “Would you be willing to upgrade the heating/cooling system under the
VEU
rebate scheme?” You can emphasis the long-term benefits to the landowner, such as lower bills, greater comfort,
and
improved property value.

Check eligibility together: here’s what to check!

Confirm the property has existed for more than 2 years.
Verify whether the existing system is eligible for replacement, e.g. an old gas heater or a low-efficiency
AC
unit.
Not all the brands
and
models are eligible, so check the public
registry to find a suitable one.
Make sure the upgrade has not been claimed for that property before. The program won’t allow duplicate
claims.
Select a VEU-approved product and an accredited installer, such as Cyanergy.

The landlord gives consent

Your landlord or rental provider must agree to the upgrade. Many installers note that rental properties can
access
the scheme only when the owner provides landlord approval.

Transparent discussion on cost & contract

Before installing a system, a contract with the installer will outline the rebate and installation details,
including
who pays upfront.

It’s wise for both the landlord and tenant to review it.

Installation & rebate claim

The installer handles the application under the VEU scheme, ensuring that the discount/rebate is applied. The
landlord will likely be the applicant (since they’re the property owner), but tenants can initiate or support
the
application.

Post-installation: Allocation of benefits

After installation, the improved system delivers reduced energy use. The agreement between landlord and tenant
should
clarify how those savings are handled.

Pro Tips Every Tenant Should Know During the Rental Process

To get the most out of this opportunity, here are some best practices especially tailored for tenants:

Get everything in writing, keep records, and retain a copy of the document for both the landlord and you.
Request an estimate that clearly outlines the rebate process or discount amount, allowing you to see the actual cost.
Ask the installer to clarify the warranty, ongoing maintenance, and any other relevant details.
Ensure the landlord agrees to your shared arrangement, including the cost, benefits, and timeframe, before committing to it.

How are Costs and Incentives Shared?

One of the main questions is: when a tenant benefits, who pays for what? And how incentives are distributed?

Well, under the VEU scheme, here’s how it typically works:

Incentives offered

According to the Victorian government’s heating and cooling factsheet, installing an efficient reverse-cycle air conditioner can result in significant savings. For example:
- Up to about $840 when replacing a hard-wired electric resistance room heater ranging from 3 kW-9 kW in a non-ducted setting.
- Up to $2,520 for replacing a ducted gas heater and installing 4 split systems (1×8 kW + 3×3 kW).
The program also notes that for rental properties, benefits apply: the regulatory impact assessment states:
“The VEU program is available to renters. The program encourages collaboration between rental providers and tenants to work together on upgrades.”

So, who bears the cost?

When discussing cost-sharing for installing an air conditioning system in a rental property, the tenant may offer to contribute by paying higher rent, extending the lease term, or sharing the energy savings.

This helps both the landlord and tenants to secure the upgrade quickly.

However, in most cases, the landlord pays the bulk of the cost or arranges for the installer to claim the rebate or discount, reducing the upfront cost.

Then, the installer essentially offsets your rebate via VEECs (Victorian Energy Efficiency Certificates) and passes the benefit on to the customer.

The rebate is usually applied up front, reducing the installation cost, and the amount depends on the type of system you remove and the system you install.

Sharing Benefits Between Landlord and Tenants: A Collaborative Approach

Upgrading the air conditioner or installing a new unit under the VEU rebate program can benefit both tenants and
landlords. While tenants benefit from lower power bills and greater comfort, landlords benefit from improved
property value.

Let’s picture this:

Example Scenario

The tenant initiates the upgrade, and the landlord agrees. The installer’s quote shows the system costs $4,000, with
a $2,500 rebate, so the net cost payable is $1,500.

The tenant might offer to sign a 2-3-year lease extension, providing the landlord with stability in return for a
share of the savings, such as lower power bills or a slight rent increase.
Landlord receives a modern upgrade, a better energy rating, and reduced risk.
Tenants enjoy comfort and lower bills, all while living in a rental.

However, even with a rebate, the property owner must meet the minimum customer contribution.

For instance, for a non-ducted reverse-cycle air conditioner under 10 kW, the minimum cost is $200 for a multi–split
system and $1,000 for a ducted system.

So, remember! While rebates are generous, they don’t always cover everything.

Ready to Upgrade Your Rental Home’s Efficiency? Cyanergy Make it Easy!

Whether it’s Victoria or NSW, more efficient rentals mean happier tenants and lower running costs. It’s a win-win for both. Don’t wait to make your property more efficient and affordable to run.

Let Cyanergy handle everything from rebates to installation so you can enjoy peace of mind and lasting value.

Start your upgrade journey today with us!