Energy Now Expo – Dates: 17 February 2010 – 18 February 2010

Dates: 17 February 2010 – 18 February 2010

Location: Three Counties showground, Worcestershire. WR13 6NW

ENER·G will be exhibiting at  the Energy Now Expo, which will showcase the latest renewable energy technologies and services available to farmers and rural landowners.

Being held in association with the National Farmers Union and with support from the Country Land Association, Royal Agricultural Society of England, Three Counties Society, Renewable Energy and British Hydropower associations this 2 day event will comprise of a conference, workshop programme and an exhibition with a plethora of suppliers and developers manning trade stands to answer queries on any renewable energy related issues.

This will be a fantastic opportunity for farmers and landowners to see and hear the benefits of renewable energy for themselves, as well as identify the solutions best suited to their needs. All farmers and landowners have valuable resources at their disposal, including crops, wood, waterways or land. Maximising the benefits of these resources through renewable energy is not only financially sensible, but environmentally essential.

The event will also include a conference focussing on all aspects of renewable energy, with high profile speakers explaining how farmers and landowners can become involved, gain funding, the different options and the long term benefits.

Come visit ENER·G at stand 13.

Opening hours for the expo are 8.00am until 5.00pm each day.

For more information, visit: http://www.energynowexpo.co.uk/

ENER·G Nedalo – CHP Technology Manufacturer

In February 2003, ENER·G increased its commitment to the development of the small-scale Cogeneration market by acquiring the business and assets of Nedalo BV – the leading Cogeneration Company in The Netherlands. The company was renamed ENER·G NEDALO, and provides Cogeneration technology on behalf of ENER·G across continental Europe.

Nedalo BV had been manufacturing Cogeneration technology since 1980. This experience combined with that of ENER·G Combined Power, a Cogeneration manufacturer since the early 1980’s has allowed the Group to take the best of both technologies and merge them to form a ‘best of breed’ Cogeneration system.

ENER·G Nedalo BV are able to supply Diesel Generating sets as well as full turnkey Cogeneration solutions. Operation and Maintenance is managed in the Netherlands from the offices based in Mijdrecht, which hosts a full service department and engineering team.

To visit the ENER·G Nedalo BV web site: www.energ.nl

No one understands the CHP Cogeneration techynology as good as ENER-G

Since 1980 ENER·G have undertaken all aspects of its Cogeneration (CHP) project in-house. From the initial design stage to long term care of the installation.

ENER·G – what makes us number one

• Our unique combination of in house technology and services means we are a single port of call for any business looking to implement CHP technology
• We are able to offer the best financial, operational and environmental benefits
• We are world leaders in the field of delivering sustainable and energy efficient technologies with a wealth of experience and a proven track record
• Our financial stability offers you long-term security
• Continual Research & Development means we can offer the very latest technology in the industry.

We are the number one name in the Cogeneration business across Europe.

We have more installed systems throughout the UK and Continental Europe than any other CHP provider.

Our dedicated Cogeneration divisions at ENER·G Combined Power in the UK and ENER·G Nedalo in The Netherlands (www.energ.nl), ENER·G Energia Technologia in Hungary (www.energ.hu) and ENER·G Polska in Poland (www.energ.pl)  understand CHP technology and its application like no other company.

Ground Source Heat Pump – Questions that Rise in my Mind!

How efficient is a Ground Source Heat Pump?
The GSHP is one of the most efficient residential heating and cooling systems available today, with heating efficiencies 50 to 70% higher than other heating systems and cooling efficiencies 20 to 40% higher than available air conditioners. That directly translates into savings for you on your utility bills.

Can one system provide both space heating and cooling for my home? And what about heating hot water?
Yes. A GSHP can be a combination heating/cooling and hot water heating system. You can change from one mode to another with a simple flick on your indoor thermostat. Using a desuperheater, some GSHPs can save you up to 50% on your water-heating bill by preheating tank water.

How does a GSHP system heat water for my home?
Using what is called a desuperheater, GSHPs turn waste heat to the task of heating hot water. During the summer, when the system is in cooling mode, your hot water is produced free as a byproduct of the thermal process. In winter, with the heating mode, the desuperheater heats a portion of your hot water. Desuperheaters are standard on some units, optional on others. Stand-alone systems that will heat water all year around can be purchased.

How much space does a GSHP unit require?
Most of a GSHP installation is underground. Inside the house, the heat pump units are about the same size as a traditional heating and cooling unit.

How long will my GSHP system last?
GSHPs are durable and highly reliable. The GSHP contains fewer mechanical components, and all components are either buried in the ground or located inside the home, which protects them from outside conditions. The underground pipe carries up to a 50-year warranty.

How noisy is the GSHP unit?
GSHPs are very quiet, providing a pleasant environment inside & outside of the home. Heat pumps have no noisy fan units to disturb outdoor activities, on or near the patio.

How safe are GSHPs?
GSHP systems are safe and protected. With no exposed equipment outdoors, children or pets cannot injure themselves or damage exterior units. GSHPs have no open flame, flammable fuel or potentially dangerous fuel storage tanks.

How much does a GSHP cost?
The initial investment for a GSHP system is greater than that of a conventional system. However, when you consider the operating costs of a geothermal heating, cooling, and water heating system, energy savings quickly offset the initial difference in purchase price.

What other costs are there besides the GSHP system?
You can expect an installation charge for any electrical work, ductwork, water hook-up, and other provisions or adaptations to your home that are required. Your installer can estimate these costs in advance.

ENER-G powers major savings at landmark new museum

The largest newly-built national museum built in the UK for more than a hundred years will be powered using advanced renewable and energy efficient technologies from sustainable power group ENER-G.

Greater-Manchester-based ENER-G is installing an advanced combined heat and power (CHP) system at the prestigious new £72 million Museum of Liverpool, guaranteeing annual energy savings of more than £500,000.

The ‘trigeneration’ technology, which creates highly efficient heat, electricity and cooling, will also reduce carbon emissions by 884 tonnes each year – equivalent to the environmental benefit of 88,400 trees.

ENER-G was commissioned by National Museums Liverpool (NML) to design and install the new CHP system at the Mann Island site – part of the famous Pier Head at the core of the World Heritage Site on Liverpool’s famous waterfront.

The installation will be completed by spring 2010 ahead of the museum’s opening in 2011. ENER-G will also operate and maintain the plant for 17 years.

The CHP system is split between a plant room in the new building and the historic Great Western Railway (GWR) Goods Shed on Liverpool’s picturesque waterfront. ENER-G is converting the Goods Shed into a state-of-the-art energy centre with sophisticated remote monitoring and diagnostic facilities.

Challenges faced by ENER-G included preserving the GWR building exterior in line with planning conditions and designing the energy centre to operate independently of the utility electrical supply. The CHP system will provide the lead power supply for the site, meeting all of the Museum’s daily requirements for heating, cooling and power. The utility gird supply will provide additional back up, if required.

ENER-G has designed and manufactured two 385kW bio-diesel CHP units, two 768kW natural gas CHP systems, two 850kW boilers, a 1000kW absorption chiller and a 998kW conventional compression chiller which will serve all the new museum’s energy needs.

The GWR Building housing the CHP plant will also become an educational resource in its own right and NML together with ENER-G will create a small visitor facility where groups can gain an understanding of the technology and its contribution to the museum’s sustainability.

Tony Allen, executive director of finance at NML, said: “The new Museum of Liverpool will be a future landmark for the city’s world-famous waterfront, so it is vital that it has modern and efficient energy facilities and systems at its core. The savings that this energy project guarantees will allow funds that would ordinarily have gone towards powering, heating and cooling the building to be put towards showcasing NML’s outstanding collections in the best possible way.”

Chris Hayton, Business Development Director for ENER-G, said: “There are always challenges and obstacles to overcome when planning and installing an energy project. However, the strength of the team and overall spirit of the partnership on the Museum of Liverpool project has made for a pleasurable working experience. We look forward to building on this established working relationship as we embark on the 17 year contract to operate and maintain the energy system.”

Commercial law firm Hill Dickinson, working with Cynergin Consultants, advised NML on the outsourcing of the design, installation and operation of the new energy facilities – setting out a complex set of agreements between NML and ENER-G. The project is being funded by The Co-operative Bank.

Stephen Lansdown, Head of Commerce and Technology at Hill Dickinson, said: “This complex energy facilities project, which was recently awarded the Combined Heat and Power Association’s Innovation Award for 2009, included a number of features and benefits that have not been realised on other similar projects in the past. NML’s partnership with ENER-G will provide an innovative solution to the museum’s sustainable energy needs and help NML boost both its cost and carbon performance.”

The new museum has been designed to replace the former Museum of Liverpool Life, which was located in the old Pilotage and Salvage Association buildings on Liverpool’s Waterfront. The museum will provide 8,000 square metres of public space across three floors and will demonstrate Liverpool’s unique contribution to the world and showcase popular culture while tackling social, historical and contemporary issues.

Residents to be consulted on pioneering waste management facility

There will be a consultation event on December 3rd, 5th and 6th at Monton House Hotel on multi-million pound recycling and renewable energy facility that will create more than 50 jobs.
Residents and other interested parties are being invited to view and discuss multi-million pound plans for a state-of-the-art facility to recycle and generate renewable energy.

Developer Sky Properties plans to construct the Green Lane Eco Park on disused industrial land off Green Lane, Salford, to contribute to sustainable waste management in Greater Manchester and create more than 50 full-time jobs.

The facility would incorporate unique gasification technology from ENERGOS, a division of Salford-based award-winning sustainable energy business ENER·G.

If Salford City Council grants planning permission for the Eco Park it will treat and manage about 240,000 tonnes of local business waste each year via a Materials Recovery Facility (MRF), an Anaerobic Digestion (AD) plant and a Gasification plant.

The plans are firstly going out to public consultation with residents and organisations in the area around Green Lane.

A three-day public consultation event is to be held at Monton House Hotel, 116 Monton Road, Monton from:

• 2pm to 7pm on Thursday, 3rd December,
• 2pm to 6pm on Saturday, 5th December,
• 10am to 2pm on Sunday, 6th December.

The pioneering development is essential at a national, regional and local level because of key factors such as:

• Landfill becoming very expensive and demanding European Union and UK waste disposal targets meaning as much waste as possible must be diverted from landfill for financial and environmental reasons; 
• It being vital to recycle as many valuable resources as possible instead of throwing these materials into landfill sites and where they can’t be recycled, to recover energy from them; 
• The UK having to meet renewable energy targets and energy generated from waste that can’t be recycled being used to help the local area to become more self-sufficient in producing its own energy;
• Managing waste in the ways offered by the Eco Park supporting local business and providing direct employment for more than 50 people.

For more information please contact us on: info@energos.com or call 0845 683 7001

Notes to editors:

The MRF would have a capacity of 100,000 tonnes per annum to sort and extract dry recyclable materials including paper, cardboard, glass and can ready to reprocess into new products.

The AD plant would be capable of processing about 60,000 tonnes of food and other biodegradable waste to generate renewable energy, and the gasification plant would have a capacity of around 80,000 tonnes per annum to convert residual, non-recyclable waste into renewable energy in the form of heat and power.

The ENERGOS Gasification plant, with a capacity of about 80,000 tonnes per year, would convert residual, non-recyclable waste into renewable energy in the form of heat and power.

Subject to planning permission being granted, Sky Properties aims to start construction of the Eco Park in 2010 and it is anticipated that the project would take some two years to complete.

Construction work would be restricted to between the hours of 7am and 6pm Monday to Friday and 8am to 1pm on Saturdays – there would be no work on Sundays or bank holidays.

For further information, residents can go to www.greenlaneecopark.com or leave a message for the Green Lane Eco Park team on 0800 107 1020.

Hospitals improve cost and environmental performance

Major hospitals are increasingly turning to sustainable combined heat and power (CHP) systems to reduce carbon emissions, cut costs and free up resources for patient care.

Among hospitals that are reaping the benefits of advanced CHP technology  is Birmingham Heartlands Hospital, where an award-winning low carbon ‘trigeneration’ energy centre is achieving exceptional environmental performance and cost savings.

The Heart of England NHS Foundation Trust has implemented an ambitious £5m energy efficiency programme at Birmingham Heartlands, a major general hospital in Bordesley Green, east Birmingham, that has reduced its primary energy consumption by 21%; CO2 emissions by 42%; and utility spend by 24%.

The centre, which was designed, constructed, operated and financed by clean technology business ENER-G (www.energ.co.uk), is reducing the hospital’s CO2 emissions by more than 5,600 tonnes this year, which equates to the environmental benefit of 560,000 trees. Emissions of other harmful green house gases, such as Sulphur Dioxide, have also been reduced. In addition, ENER-G has guaranteed £688,000 costs savings each year.

CHP technology converts gas into both electricity and heat in a single process at the point of use. The technology works by generating electricity on-site and recovering the majority of the heat created in the process, in contrast to conventional power stations where heat is simply wasted into the atmosphere through power station cooling towers.

In addition, significant amounts of energy are lost along the many miles of electrical distribution cables needed to bring the power to site. CHP is greener and more efficient because it generates electricity on-site, using the heat created by the process to provide heating, steam and hot water. Trigeneration CHP harnesses an extra level of technology by incorporating an absorption cooling system to deliver chilled water for air conditioning in the summer months.

The technology is ideal for applications with consistent demands for thermal energy and considerable electrical base loads, including large general hospitals.

The new Energy Centre at Birmingham Heartlands accommodates an 1,165 kilowatt CHP unit that uses an MTU gas engine. Chosen due to its compact and efficient design, this is capable of producing steam and is connected to the hospital’s main heating system. This unit is also connected to a 300 kilowatt absorption chiller to produce chilled water from waste heat in the warmer months.

This means the existing electrically powered chillers will run much less frequently during the summer and that spare cooling capacity can be used to provide air conditioning to areas of the hospital which had not previously benefited from this.

Work has also been carried out to upgrade lighting with 1800 high efficiency, low energy fittings, which also further reduce emissions and energy costs.

CHP systems from ENER-G are available from 4kW to 10MW. Typical applications run on natural gas, although systems can also be fuelled by biogas, propane, diesel or bio-diesel.

In the range up to 2MWe capacity; units can be delivered and packaged as a single unit with the controls, heat recovery units and engine within neat, compact, acoustically insulated enclosures suitable for either internal of external installation. Above 1MWe, each one of ENER-G’s cogeneration units is bespoke, with the engine and system carefully designed to meet each specific application.

Commenting on the environmental and cost benefits of trigeneration CHP, Robert Anderson, Trust Facilities Operations Director said: “Our vision is to make sustainability a core activity in planning and managing the Trust’s estate. As participants in the Carbon Trust-supported NHS Carbon Management Programme, we have a robust, Board-endorsed Carbon Management Plan which commits us to a 25% reduction in CO2 emissions by 2012/13.

“Trigeneration CHP plants are key to achieving our planned saving of over 44,000 tonnes of CO2 and capturing savings of £5m over the lifetime of the plan. The guaranteed cash savings built into our partnership with ENER-G allow us to plan our energy budgets with much more confidence and stability.”

The innovative CHP scheme at Birmingham Heartlands won the Combined Heat and Power Association’s Sustainable Development Award last year. The top industry accolade recognises the CHP scheme that has had the greatest impact in meeting the sustainable development goals of a commercial or public sector organisation.

Combined Heat and Power Association President Lord Whitty, who opened the Birmingham Heartlands Energy Centre, said: “This innovative trigeneration project at Birmingham Heartlands is a vivid and impressive illustration of how CHP can be used as the cornerstone of long-term public/private partnerships that deliver measurable environmental, economic and operational benefits.

“The role of the NHS in reducing greenhouse gas emissions is difficult to overstate. As a contributor of some three per cent of England’s total carbon dioxide emissions, there is a compelling need to harness effective carbon abatement strategies, not least CHP.”

Lord Whitty added: “The Trust and its partner, ENER-G, are to be applauded for developing and delivering a system that brings these multiple advantages to the local community here in Birmingham.”

As well as installing and operating the trigeneration CHP system, ENER-G financed the programme which is structured around a 15-year public/private partnership contract and includes a £403,000 grant from the Carbon Trust under the government’s Community Energy Programme.

The agreement provides the NHS Foundation Trust with a guaranteed level of performance and savings over the contract lifetime.

The new Energy Centre replaced ageing coal-fired boilers. Work carried out by ENER-G involved switching fuel from coal to natural gas, including a new gas main; replacing heating mains and upgrading numerous plant rooms. A 1164kWe CHP unit and 300 kW absorption chillers were installed.

Other major general hospitals to have implemented ENER-G’s cleaner, greener CHP technology are Solihull Hospital, also managed by Heart of England NHS Foundation Trust, and Royal Shrewsbury Hospital.

An £5.7 million green energy system is being installed at Solihull Hospital, with projected annual savings of £293,000 and a 45% reduction in carbon emissions.

The CHP system will enable the hospital to generate its own electricity, cutting annual C02 emissions by 1,920 tonnes. Construction work on the site in Lode Lane, Solihull, started recently and is expected to be finished by early 2010.

Shrewsbury & Telford Hospital NHS Trust has also switched on new CHP technology at Royal Shrewsbury Hospital that will cut £2 million off the Trust’s energy bills. The savings will enable the hospital to spend more on frontline patient services.

The combined heat and power system will also mean big reductions in the Trust’s carbon emissions, a factor that has led to the Carbon Trust awarding a grant of £549,000 – the maximum grant available.

New CHP system will cut hospital’s costs and emissions

City Hospitals Sunderland will dramatically cut carbon emissions and energy costs by installing a 1.55MW combined heat and power (CHP) system from cogeneration specialist ENER·G.

Sunderland Royal Hospital is a 970-bed acute hospital run by City Hospitals Sunderland NHS Foundation Trust and offers a full range of clinical specialisms and therapies.

The hospital is targeted to recover the £600,000 capital cost of its new Combined Heat and Power (CHP) system in less than three years. The Trust has also installed three high efficiency water boilers, replacing old steam boilers. The entire installation will make carbon savings of approximately 3447 tonnes per year – equivalent to the environmental benefit of 344,700 trees.

The CHP system generates electricity and recovers the majority of the heat created in the process. In conventional power stations this heat is simply wasted into the atmosphere through power station cooling towers and much energy is also lost along the many miles of electrical distribution cables needed to bring the power to site. Instead, the CHP system will generate electricity on site, as well as creating heat that will be used to provide heating, steam and hot water for the Royal Sunderland.

The new system replaces a gas turbine powered CHP unit, supplied by ENER·G 16 years ago. This latest project follows the installation by ENER·G of CHP systems at major hospitals including Birmingham Heartlands, Solihull Hospital and the Royal Shrewsbury.

CHP – the simultaneous generation of electricity and useful heat that is almost twice as efficient as conventional power generation is a proven energy-efficient technology that can transform environmental and cost performance. It is growing in popularity amid increasing economic pressure, regulatory concerns, and fears over security of supply.

As Europe’s biggest employer, the NHS contributes approximately 3% of England’s total carbon dioxide emissions, so there is a powerful need to implement effective carbon abatement strategies like CHP. A political mandate has now been set through proposals for a new Carbon Reduction Strategy that commits the service as a whole to reducing emissions by 60% by 2050. The potential for CHP use in the NHS is huge.

Sunderland Royal’s top-end CHP system is among the first installations in Europe by ENER·G of its new 1.55MW MTU unit powered by a natural gas engine. This comprises a 16v gas generator set with LV generation that is transformed to 11kV in a transformer for connection to the site.

The new MTU reciprocating unit develops 1550KWe, compared to the 1050KWe output of the hospital’s previous gas turbine engine.

The outgoing gas turbine power unit has enabled carbon savings of around 30,000 tonnes over 16-years.

ENER·G engineering coordinator, Ian Rutherford, has been responsible for the power unit at Sunderland Royal CHP unit for 16 years. He commented: “The outgoing turbine machinery was a fantastic piece of engineering and I will be sorry to see it go. However, the new reciprocating engine represents the latest advances in technology and is more economical from an operational point of view.”

George Hood, divisional director for estates and facilities at Sunderland Royal Hospital added: “This latest installation complements a whole range of investment made by the Trust in energy saving/sustainability over the last 20 years and the Trust has already delivered its ten year 2010 energy efficiency target of existing buildings.

“The Trust welcomes the new NHS target of reducing its carbon footprint by 60% by 2050 and this latest CHP installation will give us a very good start to achieving this target”.

Combined Heat and Power Association celebrates Innovation

Leading commercial law firm Hill Dickinson has won the Innovation Award at this year’s prestigious Combined Heat and Power Association (CHPA) Awards for a landmark project in partnership with ENER·G.

The CHPA’s Gala Dinner and awards ceremony, held at the Banqueting House in Whitehall on the 25th November, showcases the latest achievements within the field of combined heat and power technology over the last 12 months. Hill Dickinson’s specialist energy team was recognised for its work within the field, winning the coveted Innovation Award.

The ceremony, which was attended by several key MPs and representatives of the Department of Energy and Climate Change, rewards those projects or ventures that have demonstrated a significant technological, commercial or financial advance. The award was presented by Lord Whitty, President of the CHPA, to Hill Dickinson for the legal services they provided to National Museums Liverpool (NML) in relation to the recently-completed project to provide energy facilities for the Museum of Liverpool.

Working with Cynergin Consultants, Hill Dickinson advised NML on the outsourcing of the design, installation and operation of new energy facilities for the Museum of Liverpool. Following a competitive tender process, ENER·G Combined Power Ltd was selected as NML’s preferred partner for the project. The Museum of Liverpool has been designed to replace the former Museum of Liverpool Life and the award recognises Hill Dickinson’s innovative approach to this complex energy facilities project.

The services Hill Dickinson provided for this project involved drafting a complex set of agreements between NML and ENER·G, which set out ENER·G’s commitment to design and install its proposed energy solution for the Museum by early 2010. The contract also outlines ENER·G’s obligation to operate and maintain the installation for a term of 17 years. Hill Dickinson also negotiated for NML a guarantee by the contractor that £500,000 worth of energy and operational costs will be saved annually, against the energy expenditure which NML had projected it would have spent at the Museum, had it not outsourced its requirements to an external contractor.

On the award, Stephen Lansdown, Head of Commerce & Technology at Hill Dickinson, commented: “This complex energy facilities project included a number of features and benefits that have not been realised on other similar projects in the past, so to win this coveted award highlights our expertise and experience in this area and our innovative approach.”

Tony Allen, Executive Director of Finance at National Museums Liverpool, concluded: “The savings that this energy facilities project guarantees will allow funds, which would have gone towards powering, heating and cooling the Museum of Liverpool, to be put towards showcasing NML’s outstanding collections in the best possible way. That the innovation this project demonstrates has been recognised is a tremendous achievement for the Museum, Hill Dickinson and all the other parties involved.”

Hill Dickinson’s energy team is a leading provider of legal services in the field of energy facilities projects involving CHP technology across the UK. Since 2004, the team has completed 13 energy facilities projects involving CHP technology in the public-sector, meaning they have worked on more such projects than any other UK law firm. The team, whose expertise and experience covers sectors as diverse as healthcare, museums and higher education, is currently working on several new energy facilities projects.

All Hands Up for Efficient Lighting

ENER-G’s expertise in energy efficiency offers enhanced savings for High Intensity Discharge (HID) lighting systems. We can save retailers, manufacturers, municipal governments, sporting venues and warehouses up to 65% on their energy bills while delivering spectacular light lasting up to two times longer than any competitor.

The switch from magnetic to electronic ballasts saves money immediately. Our high frequency ballasts dramatically reduce lumen degradation caused by lamp wall blackening. There is no need to buy higher watt lamps and ballasts in order to compensate for lumen degradation. Micro-Start™ ignition and high-frequency operation preserves sensitive components and ensures stable temperatures. The smart ballast extends lamp life up to two times, reducing lamp changes and associated maintenance expenses.

ENER-G proven lighting technology, from our partner Metrolight, contains an embedded microprocessor that enables field programming, Internet connectivity, smart operation, and unlimited potential for control, alerts and remote operation. The internal software and adaptive control algorithms running on the microprocessor enable monitoring of internal ballast parameters and control of the energy supply to the lamp.

ENER-G deliver a wide range of high-watt ballasts that dim to meet very specific lighting requirements, schedules and control demands to further increase energy savings. The ballasts can be dimmed with analogue controllers and with digital two-way communication using readily available control software. The ballasts also have pre-set dimming mode and reverse dimming capabilities. These technological advantages enable increased HID lamp efficiency, improved performance and extended lamp life.

Benefits:

Tremendous Savings

• Cut energy bills by up to 65%
• Lower maintenance costs dramatically
• Install fewer fixtures due to significantly higher maintained lumen output per fixture
• Tax rebates readily available

Spectacular Light

• Excellent lumen maintenance (above 90%)
• Consistent colour temperature and lamp-to-lamp colour uniformity
• Quiet, flicker-free performance
• Small size for beautiful light fixtures

Environmentally Friendly

• Consumes much less electricity
• Reduces atmospheric carbon emissions

Ready for the Future

• Designed with the 21^st century in mind: digital, internet-connected, energy-efficient and dimmable
• Remote and field programmable/upgradeable

For more information on the lighting systems please contact ENER-G on +44 (0)845 300 8882 or e-mail: em@energ.co.uk