A lax management and maintenance regime can see the value of a PV system leach away over time. Laura Stern outlines some of the key steps in ensuring a system retains its value right up to the end of its planned lifetime.
With potential induced degradation emerging as a major issue for PV power plant performance, manufacturers have responded by developing technologies to mitigate the problem. But a lack of long-term field data on PID means the jury is still out on whether these efforts will be sufficient, writes Rubina Singh of Fraunhofer CSE.
Earlier this week market research firm IHS issued revised figures for global PV installs in 2014 and confirmed its 2015 guidance at 57GW. Ahead of a webinar to be jointly hosted with PV Tech on Wednesday 15 April, IHS’ senior analyst, Susanne von Aichberger, and senior director, Ash Sharma, answer some questions on the key PV trends for 2015.
Last week Chinese authorities announced a 17.8GW PV target for 2015, an even more ambitious quota than the one set in 2014, which was missed. Beijing-based Chinese solar market expert, Frank Haugwitz, asks whether China can live up to its aspirations this time around.
Despite the promise it offers of higher efficiencies, n-type solar cell technology enjoys only limited market penetration. Radovan Kopecek and Joris Libal of ISC Konstanz explain why and look at its prospects for growth.
In an exclusive blog post for PV Tech, solar entrepreneur and campaigner Jeremy Leggett spells out why the time has come for the solar industry worldwide to fight back against the lobbying tactics employed by the fossil fuel industry.
Matthias Grossman analyses the prospects for a wave of expansions in the dynamic polysilicon market.
Optimism is growing that the Paris COP 21 meeting set for November and December 2015 could lead to an international agreement to limit CO2 emissions. James Watson, CEO of the European Photovoltaic Industry Association (EPIA), explains why a successful outcome would be a boon for the solar industry.
Building a PV power plant is one thing; making sure it pays is a whole different game. Laura E. Stern explains the benefits of combining physical and financial solar asset management in maximising a plant’s profitability.
Lightweight crystalline PV modules promise a potentially large new market for solar, as well as addressing a variety of problems such as transportation costs. But further work is needed to establish their performance and durability, says Fraunhofer’s Cordula Schmid.
Ahead of a free webinar from IHS Technology and PV Tech next month, IHS analyst Sam Wilkinson discusses some of key trends shaping the market for energy storage in PV in 2015.
Throughout 2014, there were widespread reports of China’s struggles to hit ambitious PV targets set at the start of the year. Beijing-based solar expert, Frank Haugwitz, lays bare the difficulties China experienced and offers his analysis of what the year-end tally will be for Asian giant.
Bifacial cell and module technologies are gradually finding their way into mass production. Radovan Kopecek and Joris Libal of ISC Konstanz explain why they think the future is bifacial.
Political and regulatory disruption often get the most attention as the likely brakes on solar’s future growth. But a more pressing concern is the availability of crucial materials, says Chris Berry.
Last week Germany’s E.ON announced its divestment from fossil fuels and a focus on renewable energy. First Solar’s Christopher Burghardt explains why solar is becoming an increasingly sound bet for investors.
Europe so far looks to be the laggard in the PV capacity expansion drive now gathering a head of steam. But all the ingredients are there for Southeastern European countries to establish themselves as manufacturing hubs, says Matthias Grossman.
Earlier this week German utility E.ON announced surprise plans to divest from fossil fuels and focus on renewable energy. Tobias Engelmeier explores what utilities in India could learn from its move.
Demand for thin-film PV is still growing, but what about supply? NPD Solarbuzz’s Finlay Colville looks at what is around the corner for thin-film PV as a technology offering to the solar industry.
Modules based on p-type multi c-Si technologies are set to dominate the PV industry over the next five years, according to analysis in the new NPD Solarbuzz PV Technology Roadmap report.
The EU agreed its 2030 climate and energy package last week with the end product leaving many underwhelmed. Frauke Thies, policy director at the European Photovoltaic Industry Association, explains how even this modest victory could be a first step toward a more stable policy future for solar in Europe.
In the beginning, there was nothing. At least there was no dielectric passivation applied to the silicon solar cells from the early production lines of the 1980s, an era when PV production companies were still thinking in terms of MWp rather than GWp factories.
How far can existing PV capacity go, in terms of keeping up with end-market growth? This is one of the key issues in terms of capital expenditures and tool suppliers waiting for an uptick in bookings. It is also essential to understand in terms of forecasting end-market demand in 2015, at a time when trade uncertainty and the preference for project financing is keeping new ‘greenfield’ fab build at a minimum.
In late 2011, Mission Solar Energy made the first of several bold decisions: build a silicon-based PV manufacturing plant in the US, a market long dominated by thin-film technologies. An even more unusual decision followed to locate the company in San Antonio, Texas, rather than California or Arizona where US solar markets are well established. Then, Mission Solar made the gutsy move to push forward with the development of an n-type monocrystaline silicon based product when the market was being dominated by p-type multicrystaline silicon modules coming out of Asia.
It appears the waiting is over during September 2014 for Chinese suppliers (and all other suppliers of modules to Europe), regarding the minimum import price (MIP) for the 3-month period October to December 2014 (Q4’14).
To sustain growth, the solar cell industry must constantly find better and cheaper technologies. Imec’s Philip Pieters explains how in the quest to innovate manufacturers can benefit from working together.