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Event: Solar NZ 2040 in Auckland

Solar NZ 2040 is on at the Auckland Museum on November 7 & 8.
Solar NZ 2040 is on at the Auckland Museum on November 7 & 8.

ELEMENT PROMOTION: Solar NZ 2040 is being held at the Auckland War Memorial Museum Events Centre, in the Auckland Domain on November 7 and 8.

The conference host, the Sustainable Electricity Association of New Zealand (SEANZ), concentrates on driving the growth of onsite renewable electricity generation in New Zealand.

SEANZ have selected industry leaders for the conference including keynote speaker Simon Troman (Managing Director, IT Power, Australia), who will discuss how disruptive solar PV has been in Australia, with 20% of its buildings using solar PV – in the context of a government moving to reduce renewable energy targets.

Speakers will explore what New Zealand’s newly-elected government will mean for the solar PV industry. with three Ministry of Business, Innovation and Employment (MBIE) and Electricity Authority (EA) officials presenting their positions.

Speaker topics will include:

• The solar industry’s plan for New Zealand to 2040 – vision and numbers: Brendan Winitana (Chairman, SEANZ) will provide an update of important numbers, growth, analysis and the industry’s latest position.

• Solar power case studies featuring Reid Technology: David Reid will speak about the Samoa Racecourse solar farm.

• Leadership and success in business: Jan Nicol (Managing Director, Sharp Corporation) presents a how-to guide for getting ahead in business.

• What’s next in the solar PV space? A “panel-of-four” – a leading New Zealand solar PV academic, a lines company manager, a solar PV system integrator and a technical whiz kid – will present the benefits and value of neural networks (and a definition).

• The Technology Stream: Hear from three leading suppliers about new developments and their impact.

• The new SEANZ ABB Industry Awards Event: Recognising excellence in the solar industry. Join key players in the industry – inverter companies, engineering companies, regional councils, national government and building-integrated PV manufacturers and designers – to network and celebrate the industry.

If you are looking to invest in solar power and renewable energy sources or are already involved in the industry, Solar NZ 2040 is where you want to be on November 7-8.

For more information please refer to www.seanz.org.nz and book here

This article is an Element Advertising Promotion.

Source: NZ Herald

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7 solar wonders of the world

Blogpost by Paula Tejón Carbajal and Helena Meresman – October 28, 2014 at 9:50Add comment

Solar energy is clean, reliable, abundant and an affordable alternative to fossil fuels – but not only that, solar is also cool. Check out our selection of the most amazing solar plants from all around the globe.

1. The sunflower solar panel

This new piece of solar technology from IBM, set to launch in 2017, would not only provide electricity – it can also desalinate water for sanitation and drinking. A group of several solar generators could provide enough fresh water for an entire town. The sunflower operates by tracking the sun, so that it always points in the best direction for collecting the rays – just like a real sunflower!

Sunflower solar panel© IBM Research / flickr / CC BY-ND 2.0

2. The loveliest solar plant, ever

We blogged this last week, but she’s worth showing againg; this heart-shaped solar power plant is to be built on the Pacific Island of New Caledonia at the beginning of next year, and will generate enough electricity to supply 750 homes. The unique design was inspired by the “Heart of Voh”; an area of nearby wild mangrove vegetation that has naturally taken the shape of a heart. It gained worldwide recognition thanks to the Yann Arthus-Bertrand best-selling book “The Earth from Above”. Pacific Islands are among the most vulnerable to climate change, and would derive the most benefit from a global switch to renewable energy sources.

Heart shaped solar aray© Conergy

3. The most scenic solar farm

The Kagoshima mega solar island is the largest solar power plant in Japan. Not only does it generate enough power to supply roughly 22,000 average Japanese households, it also doubles as a tourist destination. Boasting grand views of the Sakurajima volcano, the plant’s own learning centre highlights environmental issues and the science behind photovoltaic energy generation. Japan’s’ recent solar growth is truly massive. In 2013, Japan came in second worldwide for installing solar PV (only China installed more). A rapid expansion indeed!

Floating solar array© Kyocera Corporation

4. The plant that can generate power at night

This Gemasolar tower plant located in Sevilla, Spain, can deliver power around the clock – even at night. All thanks to the pioneering molten salt technology, which allows it to receive and store energy for up to 15 hours. In 2013, renewable energy provided 42% of Spain’s power demand. The future is here!

Solar at night

5. The largest solar plant

The Ivanpah Solar Electric Generating System is the world’s largest solar thermal plant. Located in a sunny Californian desert, and owned by Google, among others, the plant began producing electricity earlier this year. The plant comprises 173,000 heliostats (solar-speak for mirrors), and produces enough electricity to supply 140,000 Californian households with clean and reliable solar energy.

Largest solar© Don Barrett / flickr / CC BY-NC-ND 2.0

6. Britain’s first floating solar plant

Britain’s first ever floating solar panel project was built in Berkshire last month. The 800-panelplant, situated on a farm water reservoir, avoids covering valuable farm land with a solar array, providing additional cost benefit over solar farms on fields. Because of climate change, in the future we can expect to see more extreme weather events such as last year’s flooding in Britain. Innovative renewable energy solutions could be Britain’s answer to climate change.

Floating Solar© Ciel et Terre International

7. The solar plant covering a network of canals

This solar pilot project in India provides both energy and water security. A network of 15-metre-wide irrigation canals covered with a total of 3,600 solar panels produces power for hard to reach villages. Shading from panels also prevents around 9m litres of water from evaporating each year, and water, in turn, provides cooling effect for the panels, improving electricity output. It’s a win-win!

Canal© Hitesh vip / wikipedia / CC BY-SA 3.0

Paula Tejón Carbajal is a Corporate Adviser and Climate & Energy Campaigner and Helena Meresman is Digital Mobilisation Advisor for the Climate and Energy campaign at Greenpeace International.

 

Source: Greenpeace NZ