Queneng environmental impact
Together for a brighter, greener future
As a leading innovator in solar lighting solutions, we believe that we can do more than light up our streets and communities, we can protect our planet. By working toward net zero emissions by 2030, we are taking bold and meaningful steps toward a sustainable future.
Achieving Zero Emissions by 2030
Our goal is set: Zero Emissions by 2030
Scope 1
Environmental Protection: Reducing Pollution and Preserving Natural Resources
Reduction of Greenhouse Gas Emissions
- Low Carbon Footprint
- Solar, wind, and hydro power generate electricity without significant carbon dioxide emissions, unlike coal and natural gas.
- Climate Change Mitigation
- The shift to green energy is essential for meeting climate targets and limiting global temperature rise.
- Cleaner Energy Lifecycle
- Renewables have a cleaner production lifecycle compared to fossil fuels, from extraction to disposal.
Protection of Water Resources
- Minimal Water Use
- Unlike traditional power plants, solar and wind energy require very little water, conserving this precious resource.
Reduced Water Pollution- Renewables avoid the toxic byproducts of fossil fuels that often contaminate water sources.
- Sustainable Hydropower
- When responsibly managed, hydropower can provide clean energy without extensive water use or pollution.
Preservation of Ecosystems and Biodiversity
- Reduced Land Degradation
- Renewable installations have a lower impact on land compared to mining and drilling for fossil fuels.
- Minimal Disruption to Wildlife
- Solar farms and wind turbines, when planned correctly, have a limited impact on habitats and biodiversity.
- Conservation of Natural Areas
- With lower energy demands on sensitive ecosystems, green energy helps preserve biodiversity-rich regions.
Scope 2
Sustainable Development: Balancing Growth and Environmental Responsibility.
The energy we need, sustainably produced.
- Green energy plays a crucial role in promoting sustainable development, aiming for progress that respects both the needs of today and future generations. Solar, wind, and other renewable sources enable economic growth, enhance energy security, and provide social benefits without degrading the environment.
- ● Economic Growth and Job Creation
- ● Energy Security and Independence
- ● Social and Health Benefits
Solar Photovoltaic Panels
The energy we need is sustainably produced.
1 MW PV production capacity
Queneng utilizes advanced photovoltaic technology with a 4.4 MW production capacity. This highlights our dedication to clean energy and delivering sustainable solutions globally.
Production plants
4.4 MW PV production capacity
Queneng utilizes advanced photovoltaic technology with a 4.4 MW production capacity. This highlights our dedication to clean energy and delivering sustainable solutions globally.
Growing Production Capacity
Queneng's Experience Centers are rapidly expanding across the globe, showcasing our innovative solar solutions.
These centers not only provide hands-on interaction with our products but also highlight our commitment to clean energy and sustainability in every region we serve.
Photovoltaic panel production
Queneng's energy plants are at the forefront of renewable innovation, featuring a 2 MW photovoltaic production capacity. These facilities not only drive the creation of advanced solar energy products but also embody our commitment to sustainable practices.
Scope 3
Energy Transition: Shifting to a Carbon-Neutral Future
The energy we need, sustainably produced.
- The transition to green energy is key to achieving a carbon-neutral future. Moving away from fossil fuels toward sustainable alternatives helps combat climate change, promote resilience, and secure a healthier planet.
- ● Reduction of Fossil Fuel Dependency
- ● Promotion of Energy Efficiency
- ● Pathway to Carbon Neutrality
Pathway to Carbon Neutrality
- Achieving Net-Zero Goals
- Many countries have set ambitious net-zero targets, achievable through large-scale adoption of green energy.
Long-Term Climate Stability- With renewables at the forefront, we can reduce the severity and frequency of climate-related disasters.
Promotion of Energy Efficiency
- Smart Grids and Storage
- Advances in green technology allow energy to be stored and used more efficiently, reducing waste.
Lowered Transmission Losses- Localized solar and wind solutions cut energy losses that occur during long-distance power transmission.
Reduction of Fossil Fuel Dependency
- Shift in Energy Mix
- As renewables grow, they replace coal, oil, and natural gas in the energy mix, significantly lowering emissions.
Less Environmental Degradation- Renewable energy reduces the need for resource-intensive activities like drilling and mining.
Envisioning QUENENG’s future.
Innovation: a purpose, a mindset, a path we dare to take every single day. Manufacturing know-how takes time and space. We want it to be green.
FAQ
With advanced technology, easy installation, and minimal maintenance, our solar lights deliver dependable lighting even in remote areas, reducing electricity costs and environmental impact.
Whether you're looking for answers on product performance, installation, or maintenance, our FAQ section is here to guide you, helping you make the best decision to illuminate your spaces sustainably with Queneng.
APMS system
How is the ultra-low temperature control function of the APMS system achieved?
The APMS system uses a specially designed control module that maintains stable operation at extremely low temperatures, ensuring reliability even at -50°C.
How does the APMS system enhance battery life?
With its dual-system intelligent management mode, APMS reduces frequent charge-discharge cycles, optimizes energy usage, and significantly extends battery lifespan.
What should I do if I encounter a system malfunction?
QUENENG offers 24-hour remote technical support, allowing clients to contact the after-sales team at any time for assistance. The system also includes intelligent self-diagnosis capabilities to detect and alert potential issues automatically.
What scenarios is the APMS system suitable for?
The APMS system is widely applicable in remote off-grid areas, extremely cold climates, and industrial sites with high energy stability requirements, such as mines and oil fields.
What is the APMS Smart Charge and Discharge Management System?
APMS (Advanced Power Management System) is an intelligent charge and discharge management system developed by QUENENG that optimizes lithium battery charging and discharging with a dual-system management mode, ideal for demanding lighting and power needs.
How does the APMS system enable continuous lighting on prolonged rainy days?
Queneng's APMS is equipped with rainy-day endurance technology that ensures continuous lighting during extended cloudy periods, maintaining stable power in sun-deprived conditions and ideal for lighting in remote areas.
Does the APMS system require regular maintenance?
Yes, regular inspections and maintenance are recommended to ensure optimal operation. QUENENG offers remote technical support and maintenance services to help clients maintain system performance.
How does the dual-system management mode in the APMS system work?
The APMS system uses intelligent algorithms to automatically charge during the day and discharge at night. The dual-system management mode monitors battery status in real-time and adjusts the charge/discharge mode to ensure optimal efficiency under any condition.
Building a brighter future through sustainable innovation.
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Schedule a Meeting
Book a date and time that is convenient for you and conduct the session in advance.
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The messenger of light & power conversion
Environmental protection and intelligent manufacturing are our brand philosophy, and quality assurance and the best user experience are our eternal promises to users.
CONTACT
No.9F, Building F, Cao San Xin Tian Hong Logistics Park, Guzhen Town, Zhongshan City, Guangdong Province, China.
or write [email protected]
WhatsApp: +86 136 2270 1011
