2015年10月29日星期四

The age of clean energy is coming

Commercial wind power was born in the late 1970s, and after the year 2000, developed countries such as Denmark and America entered into the growth period of wind power. Currently, it is believed that by the year 2020 or 2030, the wind power industry will enter outbreak period, and so does photovoltaic (PV) power generation. In 1986, America has built the first PV power station in the world, and after 30 years’ development, the global PV industry has entered growth period at present. If we predict in accordance with China's average annual growth of 30%, PV industry will enter outbreak period by the year 2030 or 2040.
The annual solar radiation energy to the earth equals to the energy generated by 116 trillion tons of standard coal, while total energy consumed by all humans in 2014 equals to the energy generated by 20 billion tons of standard coal, which is less than 2/10000 of the annual solar radiation energy.
That is to say, as long as we cover the Sahara desert which account for one percent of the earth's surface with photovoltaic solar panels, the generated energy could satisfy the energy demand of all humans by 2050 (consider factors such as solar photovoltaic panels’ power generation efficiency and illuminate angle).

So why we need to excavate fossil fuels that require hundreds of millions of years to form if we can get electricity by covering solar panels ? Clean energy could purify our life greatly. We human beings should have enough confidence to get rid of the dependence on fossil fuels by 2050.

2015年10月22日星期四

New-Type FTH Series Front Terminal Battery

    Innovations on the structural design of Sacred Sun’s 12V FTH series battery have enabled the achievement of cross-wall welding and heat-sealing process. Such improvements have improved the large current discharge reliability and sealing performance of batteries on the one hand, and guaranteed the high production efficiency and production quality stability on the other hand.
    The FTH series battery is the ideal choice for unstable power supply systems and could be applied in complicated working conditions in telecom, electric power, UPS and renewable energy systems.
    Characteristics and advantage1. Narrow-long appearance design and front terminal design are adopted to facilitate the installation and maintenance of batteries and to save space (especially suitable for 19 "and 23" power cupboard );
2. Centralized exhaust system is reserved to ensure the safe operation of equipment;
3. Excellent cycle performance and fast charging ability enable batteries to be applied in unstable grids, such as BTS, hybrid generator sets, and renewable energy storage systems;
4. High-quality AGM separator and patent corrosion-resistant alloy are adopted;
5. Gas recombination technology is adopted to achieve the maintenance-free characteristic of battery;
6. ABS alloy plastics with high strength is adopted on battery container;
7. Working temperature range:-40℃~65℃;
8. World-class key production equipment’s, key raw materials, and quality assurance systems such as product testing system are adopted to ensure the high quality of batteries.
New-Type FTH Series Front Terminal Battery

2015年10月20日星期二

Lithium-sulfur Battery

     Lithium-sulfur (Li/S) battery is a kind of rechargeable battery adopts lithium as negative electrode and elemental sulfur as positive active material. The theoretical specific capacity of its positive electrode is expected to reach 1675mAh/g, and the theoretical specific energy of the Li/S battery is expected to reach 2600Wh/kg. Its achievable practical energy density may reach 750Wh/g.
    In accordance with the report published at Phys.org on January 13th, 2015, the new material discovered by chemistry professor Linda F. Nazar and her research team could maintain the stability of Sulfur cathode, which is the major obstacle in the research of lithium-sulfur battery. Theoretically, the running time of lithium-sulfur battery is 2 times longer than that of ordinarylithium ion battery at same weight. What’s more, it’s cheaper than lithium ion battery.
     In July 2010, lithium-sulfur battery produced by Sion Power is applied on an American unmanned solar plane, which has attracted the attention of the public. Part of the electricity generated at daytime is stored in the lithium-sulfur batteries and discharged at nighttime. The unmanned solar plane has flown 14 days continuously.
                                         Lithium-sulfur Battery                   

2015年10月18日星期日

Energy conservation and emission reduction - Sacred Sun always spare no effort

October 15, 2015, "2015 Communications Industry Energy Conservation Conference and Energy Conservation Innovations Application Seminar" was held in Beijing Nanyueyuan hotel. The conference was hosted by the professional communications network operation committee of China Association of Communication Enterprises, and supported by China Telecom, China Mobile, China Unicom, and China Tower.
Communications Industry saving energy Conference and saving innovations Application Seminar
Sacred Sun was invited to attend the conference, and has made a keynote speech on "Energy conservation and emission reduction solutions on energy-storage type backup power", which explains the effective, feasible energy conservation and emission reduction program on communications, and is highly agreed and praised by the experts and delegates.
sacred sun made storage of energy storage saving solutions on backup power keynote speech
At this conference, Sacred Sun also exhibited its new products FCP lead carbon batteries, which give participants a more intuitive understanding to Sacred Sun's achievements on the R&D of new products. On account of their superior product performance and technical characteristics, Sacred Sun's FCP lead carbon batteries have obtained the extensive attention of participants.
sacred sun show the fcp lead-acid batteries

Energy conservation and emission reduction - Sacred Sun always spare no effort.

2015年10月16日星期五

FnS Power expects to meet you at Power Nigeria 2015

    FnS Power Technology Inc., the subsidiary of Sacred Sun, is specialized in renewable energy storage and has shaped a clear strategy and roadmap for developing renewable energy utilization in last 5 years. After their presence in Middle East Energy Storage Dubai 2015, FnS Power will meet with you on Power Nigeria 2015 to explore renewable energy market opportunity. The exhibition will last from 3-5 November, 2015. Representatives of FnS Power will wait for you at G17 booth.

2015年10月15日星期四

Telecommunications Base Station Power Supply System

    Sacred Sun’s telecommunications base station power supply system is a wind-solar energy-saving system exclusively designed for telecommunications base station.    The system is mainly composed of solar control module, wind control module, centralized monitoring module, and remote monitoring module. It is capable of converting wind and solar energy into electricity which can be directly applied into DC loads or indirectly into AC loads through inverter. Part of the electricity generated in the system is stored in batteries to provide power supply for loads at periods when solar energy and wind energy are insufficient.


2015年10月13日星期二

Sacred Sun’s UP Lead-carbon EV Battery

  With government’s support and encouragement to electric road vehicles, the electric road vehicle industry has developed rapidly in recent years. Batteryas the power source of electric vehicle (EV), is also increasingly demanded by the market.
  Meanwhile, fierce competition and high market demand in the electric road vehicle industry also raise higher requirements to the cost performance of the products.
  In view of this, Sacred Sun has developed the brand-new UP lead-carbon EV battery on account of its advanced lead-carbon technology.
   Such kind of battery has following characteristics:
   1. New-type corrosion-resistant alloy is adopted to improve the anticorrosion life of grids;
   2. Exclusive positive active materials and additives are adopted to reduce the softening rate of positive active materials and improve cycle performance;
  3. Special carbon material is used as negative additive to improve the recovery capability at PSOC state, the low temperature performance, and the power performance of batteries; reduce negative sulfation; and prolong service life of batteries;
  4. New electrolyte formula and special additives are adopted to enhance battery charging and discharging efficiency, and relieve electrolyte stratification and negative sulfation;
  5. Advanced manufacturing technology and process are adopted to make sure the consistency and reliability of batteries;
   6. Superb large-current discharge performance, low temperature discharge performance, and cycling performance.

2015年10月9日星期五

India continues to ramp up interest in ESS technology

India signalled its growing interest in energy storage systems during a week when its prime minister visited Tesla and a firm unveiled a new lead-acid battery.
During a tour of the US firm’s automotive campus, Indian Prime Minister Narendra Modi showed interest in Tesla’s Powerwall, especially for India’s remote rural areas.
India’s Ministry of External Affairs said the main takeaway was the technology behind long-term storage batteries, and Modi had been ‘very keen’ to see how India could use the battery technology to ‘leapfrog development in India’, claimed the website.
Tesla began shipping its 7kWh Powerwalls to pilot customers in North America, Germany, Austria, Switzerland, and Australia this week.
Meanwhile Relicell has launched a proprietary gel-based maintenance-free battery, designed for renewable energy storage, especially for home use in India’s punishing weather conditions.
Relicell is the battery brand of Greenvision Technologies, an energy storage solutions firm headquartered in Bangalore, India.
The batteries use a lead-calcium-tin-silver alloy, a synthetic separator with phosphoric acid added to the electrolyte to improve life cycle.
The batteries are available in 12V, 35 Ah to 12V and 200 Ah options and come in three variants: Solar Gel for solar applications, Ultra Gel for home inverters and deep cycle UPS applications.
Founder and Managing Director of Greenvision Technologies Biju Bruno said: "The largest adoption of these batteries is likely to be in home inverters and solar energy storage devices, while batteries used to store solar energy will be able to operate under very hot conditions and even in a state of partial charge."
Back in August ACME Cleantech Solutions launched the first power back-up storage solution in India. The lithium-ion-based EcoGrid Energy Storage System was designed for homes and small commercial units.
At the start of the year, US energy storage system developer SunEdison moved into the Indian market when it bought 1,000 Imergy Power Systems ESP 30 systems.


SunEdison bought the vanadium flow battery technology to build microgrids to store solar energy in rural India. SunEdison aims to develop 5,000 microgrids by 2020 to store solar energy for 20 million people, with the first 1,000 to be developed within three years.