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Anern, with 16 years of experience in the energy industry, from solar systems to solar accessories, from indoor LED lighting to outdoor solar lighting, we are one of the sources to meet your diverse needs.
Anern has 16 years of experience in solar lighting and solar product manufacturing. Anern is headquartered in Guangzhou. With a production base of 7,000 square meters, our company has an R&D team of more than 100 people.
In the field of solar power generation, a common misconception widely spreads: the higher the temperature, the more efficient the solar modules are in generating electricity. However, this is not the case. To understand this issue, we first need to delve into the working principle of solar modules and their relationship with temperature.
Solar modules' core is the photovoltaic effect, which converts light energy into electrical energy through semiconductor materials. However, this conversion efficiency is not constant and is influenced by various factors, with temperature being a crucial factor. Solar modules have a negative temperature coefficient characteristic, meaning that as the temperature rises, the modules' peak power decreases accordingly.
In the hot summer, although there is ample sunlight, high temperatures pose a challenge to the solar modules' efficiency. High temperatures not only directly reduce the power generation capacity of the modules but may also trigger a series of negative effects such as the hot spot effect and PID effect. These effects not only impact the modules' power generation efficiency but may also shorten their lifespan or even cause module failures.
The hot spot effect occurs when the electrical performance of certain battery within the module is poor, causing them to consume energy from other batteries under illumination, leading to a local temperature rise. This temperature rise further exacerbates performance decline, forming a vicious cycle. The PID effect, however, is caused by ion migration under high voltage, and it is more likely to occur in high-temperature environments.
Moreover, high-temperature environments can impact the efficiency of photovoltaic inverters. Inverters are key devices in solar power systems, responsible for converting DC power to AC power. However, the electronic components inside the inverters are very sensitive to temperature, and high temperatures can cause components to age quickly, accelerate failures, and even cause the inverter to stop working.
Therefore, we can conclude that higher temperatures do not mean more solar power generation. On the contrary, high-temperature environments negatively impact the efficiency of solar modules and inverters. In fact, peak power generation in photovoltaic power plants often occurs in late spring, early summer, late summer, or early autumn when the environmental temperature is moderate and irradiance is high, representing ideal conditions for solar power generation.
As a leading company in the solar energy field, Anern is well aware of the impact of temperature on solar modules' power generation efficiency. Therefore, when designing and manufacturing solar modules, we particularly focus on enhancing their high-temperature resistance to reduce performance degradation in high-temperature environments. Meanwhile, we also provide intelligent temperature monitoring and control systems for photovoltaic power plants to ensure they operate efficiently and stably under various environmental conditions.
On the path to pursuing clean energy, we need to abandon incorrect perceptions and approach solar power generation technology with a scientific attitude. Only in this way can we better utilize solar energy, a renewable resource, and contribute to the sustainable development of the Earth.
Yes, Anern supplies solar street lighting solutions as part of its solar energy product portfolio, including integrated solar-powered lighting systems for public and infrastructure applications.
Anern supplies solar energy products and system solutions to customers in more than 200 countries and regions, supporting residential, commercial, industrial, and off-grid solar power projects.
Anenr main serve markets:
Middle East: Iraq, Lebanon, Syria, United Arab Emirates, Afghanistan, Yemen, Saudi Arabia
Africa: Nigeria, Zambia, Kenya, Mali, Burkina Faso, South Africa, Egypt, Tanzania, Mozambique, DRC, Botswana, Ethiopia, Egypt, Morocco, Cameroon, Zimbabwe, Ghana, Algeria, Libya, Uganda
Southeast Asia: Philippines, Indonesia, Malaysia, Myanmar, Thailand, Vietnam, Pakistan
Americas: Colombia, Mexico, Brazil, Peru, Argentina, Chile, Honduras, Ecuador, United States
Central Asia: Uzbekistan, Kazakhstan, Kyrgyzstan, Tajikistan
Europe: Ukraine, Türkiye, Germany, Romania, Poland, France
Note: If you want to distinguish by product, the above regions of the Middle East, Africa, Southeast Asia, and South America are all suitable for solar street lights and energy storage, while Central Asia and Europe are only suitable for solar energy storage products.
Yes, Anern is a lithium battery manufacturer, as confirmed by multiple product lines and explicit statements in the reference materials:
Anern's Solar Lithium Battery lineup includes Wall Mounted, Floor Type, Rack Mounted, and Lead-Acid Replacement Batteries.
They specialize in LiFePO4 chemistry batteries with smart BMS protection, offering models like:
AN-LFP Series (12.8V50AH/100AH/300AH)
AN-LPB-Npro Series (24V200AH-48V100AH)
AN-LPB-Nplus Series (51.2V200AH/300AH)
High-capacity commercial batteries (60KWH 30KW - 114KWH 50KW)
Their batteries are engineered for solar energy storage and off-grid applications, passing CE, ROHS, UN38.3, and MSDS certifications.
Anern explicitly states: "We design and manufacture high-performance products, including lithium-ion batteries" and "specializes in lithium battery manufacturing".
Anern solar energy products comply with international certification standards such as ISO 9001, CE, TUV, FCC, and ROHS, supporting deployment in different regional markets.
Anern produces several types of solar inverters across multiple product series for different applications:
Off-Grid Solar Inverters: Designed for areas without grid access or unstable power sources, supporting remote power access 12. For example:
AN-SCI-PRO Series (2000/3200W models)
AN-PVI Series (6000/10000W)
Hybrid Solar Inverters
IP65-rated Hybrid Inverters: Durable, all-weather inverters for grid-tie/backup systems. Includes AN-SCI-EVO series (e.g., AN-SCI-EVO10200, EVO4200/6200)
UPS Hybrid Inverters: Models like the 2000-12000W solar inverter with UPS functionality for uninterrupted power supply
Low Frequency Solar Inverters: Heavy-load industrial inverters for high-power applications. Features include driving pumps, air conditioners, and refrigerators
Specific product highlights:
AN-FGI-DU4200 Series: Hybrid PV inverters for residential/commercial use
AN-SCI02-PA Series: Off-grid parallel inverters (e.g., AN-SCI02-PA6200)
Anern produces the following inverter power ratings and types:
Power Ratings:
1kW Inverters
1.5kW Inverters
2kW Inverters
3kW Inverters
4kW Inverters
4.2kW Inverters
5kW Inverters
6kW Inverters
6.2kW Inverters
6.5kW Inverters
7.2kW Inverters
10kW Inverters
10.2kW Inverters
12kW Inverters
Inverter Types:
Single Phase Solar Inverter
MPPT Solar Inverter - Integrated in controllers
Off Grid Inverter
Hybrid Solar Inverter
High Power Inverters (commercial, up to 100KW)
Commercial Solar Inverter
UPS Solar Inverter
Pure Sine Wave Inverter - Fundamental to all models
Solar Power Inverter for Home - All residential models
Note: Dual-output and on-grid capabilities are implied through hybrid and UPS systems.
