battery

Spanish genset OEM Himoinsa has supplied four gensets to the British overseas territory Gibraltar on the Iberian peninsular.

Himoinsa packaged four Mitsubishi engines - two 1000kVA and two 2000kVA – to generate power at a low voltage, 400V. The presence of two transformers enables the power to be stepped up to 11kV. The customer is Gibraltar Electricity Authority (Gibelec)

With an approximate population of 29,500 inhabitants, Gibraltar has a constantly increasing energy demand. The four gensets will cover both peak demand and to provide supply when other gensets experience faults or undergo maintenance checks.

Himoinsa’s two HTW-2030 gensets are housed in a 40ft container, while the HTW-1030 units are housed in 20ft containers. The gensets are controlled by means of the SCADA system, computer software that allows remote controlling and monitoring of industrial processes; all gensets feature InteliGen ComAp control units for utility paralleling.        

A 30ft container contains two 11kV/400V 3000kVA transformers, while fuel is housed within three aboveground 10,000 litre storage tanks.

AFC Energy has delivered a fuel cell electricity generating system to Industrial Chemicals Limited (ICL), a leading UK commodity chemicals producer.

The shipment is in advance of a 1 MW commercial-scale project to install the world’s largest alkaline fuel cell energy generation system at ICL’s chlor-alkali plant in Essex, UK. The project is being supported with a European Union grant of €6.1m ($8m), from this April.

The first delivery was for a skid-mounted (mobile) Beta fuel cell system which is expected to be installed and to commence supplying small quantities of power to the chemicals works from April 2013. It will use waste hydrogen, produced as a by-product at the chemicals works, as fuel to generate clean energy. 

The system will test and qualify the hydrogen supply and site infrastructure ahead of the installation of the larger system in stages later this year.  By harnessing the waste hydrogen, AFC Energy’s fuel cell system will eventually provide up to 1 MW at point of consumption, reducing reliance on grid-supplied electricity by up to 20%. 

As part of the project AFC Energy is to provide electrical power to ICL under its first ESCO (Energy Supply Company) arrangement whereby ICL will provide its hydrogen and purchase power under long-term contracts. AFC Energy will own, operate and maintain the fuel cell systems.

Samsung SDI and Xtreme Power are installing a 1MW/1MWh lithium-manganese oxide energy storage system for a demonstrative smart grid project in Texas. The system, to be installed at the Reese Technology Centre in Lubbock, is partly funded by the Department of Energy.

The project aims to promote utility scale energy storage with wind energy. The battery system will be utilised to regulate power generated from local wind turbines that suffer from intermittent loss of generation.

Samsung’s lithium-ion battery technology together with Xtreme Power’s Xtreme Active Control Technology (XACT), which gives millisecond response time, will enable the wind generated power to be fed into the national grid.

This is the first project Samsung SDI and Xtreme Power have worked on together to provide energy storage solutions for renewable integration and grid support. The companies have formed the alliance to reach renewable energy goals and promote a cleaner electric grid.

The European Commission is taking the UK to court over its reduced VAT rate on energy-saving products.

The UK charges 5% instead of the standard 20%. Under EU VAT rules, discounts are only allowed for social policy reasons, not environmental reasons.

In a statement, the European Commission said: "Member States themselves unanimously decided on the list of goods and services that could benefit from a reduced VAT rate, and they also insisted that this list be strictly applied, with no room for manoeuvre or interpretation. This is important to prevent competitive distortions in the Single Market and to ensure a fair and level playing field between all Member States."

The Commissions added economic studies showed reduced VAT rates "are often not the best way to achieve policy objectives" and direct subsidies could be more efficient.

A major London university contracted MEMS Power Generation to provide temporary power for the continuation of medical research and experiments during maintenance work.

MEMS supplied a total of 4100kVA to six buildings on the university site that house 20 years of experiments that cannot be affected by ongoing site maintenance.

Engineers installed two 800kVA generators, that will work in parallel redundancy, and 2600kg of cabling for total resilience. This was followed by two 1250kVA generators, which will work in parallel to power the site’s main building.

MEMS Power Generation, commented: “The University is renowned for carrying out a vast amount of medical research, so the temporary power we supplied needed to ensure that experiments and testing could carry on as normal during the maintenance period. If power had been lost, potentially 20 yeas of experiments could have been lost.

"Our aim was to ensure that the buildings never lost power for more than 15 minutes on installation of the temporary equipment and on reinstatement of the mains supply.”