About us

We provide energy solutions which optimise existing assets. We integrate new technologies to deliver improved performance and commercial benefits.

About us overview
UK Power Networks Services to help deliver Greater Manchester’s greener future

19 September 2019: We are delivering projects to renew and upgrade Manchester Metrolink’s electrical infrastructure.

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Industries

Our clients include some of the highest profile public and private sector organisations with critical infrastructure in complex environments.

Our industries
Manchester Airport

We relocated a substation from the middle of the aircraft taxiway to enable the airport’s expansion programme. The substation powers associated airfield ground lighting and airport communications.

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Solutions

We deliver safe, reliable and innovative bespoke energy solutions enabling our clients to concentrate on their core business.

Our solutions
How can I achieve my sustainability ambitions?

The UK has committed to significantly reduce its greenhouse gas emissions. It has set an ambitious legal target to achieve carbon neutrality by 2050.

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Careers

Employing world-class engineers and professionals, we pride ourselves on the expertise of our people to deliver for our clients

Careers
The power of diversity and inclusion

Embracing diversity and inclusion as a strategic imperative is critical for any organisation that strives for high performance.

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Increasing electrical infrastructure security and resilience

Microgrids can minimise the impact poor resilience by enabling the power to flow independently using local generation. In the energy sector, resilience is becoming an increasingly pressing issue because of the changes to the electricity system.

Effects of power failure

The UK has had its fair share of bad weather, perhaps more so in recent times due to climate change. Unpredictable weather conditions can increase the risk of power outages. Depending on the extent and severity of the power outage, its impact can range from mere inconvenience to everyday life to potentially life-threatening consequences.

A one-second power interruption can affect an airport’s operations for days. For example, one consequence of a power outage in an airport is that all the bags on the conveyers need to be rescanned and put through the system again. This can mean passengers fly to locations all across the globe without their bags, causing severe reputational and customer satisfaction issues for the airport, the airline and handling partners. Within a hospital environment, power disruption can profoundly affect the quality of healthcare, especially if it occurs during a major operation.

Beyond the effects of extreme weather, energy supply is also susceptible to disruptions due to network instability caused by insufficient governance and management of the risks and mitigations for the network. Power tripping disrupts business continuity and negatively impacts a business’ reputation and performance. Given the dependency of business operations on the reliability and resilience of power systems, the need to identify ways of mitigating the risks of power disruption or failure cannot be overemphasized.

Power disruptions to business operations can also lead to serious financial implications. The Value of Lost Load, which represents the value that electricity users attribute to security of supply, is estimated at £16,940/MwH across all electricity users by the energy regulator Ofgem and the Department for Business, Energy and Industrial Strategy. However, for businesses where electricity is critical to their operations, businesses may attribute an even higher value.

 

Smarter power solutions

Investing in innovative solutions and exploring new ways to optimise existing infrastructure could help safeguard businesses against the practical and financial risks associated with power instability. Two key technology types that should be considered are distributed energy resources (e.g. solar photovoltaic panels, combined heat and power, battery storage) and software solutions (e.g. SCADA, active network management). When combined, they make up a powerful business solution called a microgrid.

Microgrids can minimise the impact of a disturbance on the wider network by enabling the power to flow independently using local generation. An example of this was seen during wildfire season in California in the summer of 2018 and Hurricane Sandy in New York in 2012 which were both scenes of chaos and destruction. During both of these events, microgrids were used in an “islanded mode” to allow power to continue autonomously over a 10-day period, providing electricity to emergency and critical services during a time of need without drawing from the national power systems. Microgrids can be harnessed by businesses to take control of power resilience and mitigate risks in the face of environmental distress.

Since 2003, industrial energy bills have seen an increase of more than 50%, with the UK going from having the cheapest energy bill in the European Union to being the most expensive retail price for industrial consumers during the third quarter of 2018. In addition to resilience benefits, a localised energy supply using energy storage, renewable generation and active network management could also allow organisations to reduce significantly the cost of their power supply, by generating energy at a lower rate than the market and using battery storage at peak times.

A microgrid solution not only offers resilience for an organisation, but will enhance security, efficiency quality and sustainability for your business.

Microgrid projects require expertise in energy policy and regulation, existing and future market developments, technology architecture and financing. We provide energy solutions that optimise existing assets and integrate new technologies to deliver improved performance and commercial benefits. Our clients trust us to provide safe, reliable and innovative bespoke energy infrastructure strategy and solutions.

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