Energy Saving
At Carey Ambrose we perform in-depth analysis of the property/business base, design an energy efficient solution, install the required elements, and maintain the system to ensure energy savings during the payback period.
These savings in energy costs are often used to pay back the capital investment of the project over a five- to twenty-year period, or reinvested into the building to allow for capital upgrades that may otherwise be unfeasible.
Phased Project
Carey Ambrose deliver a phased project program to achieve objectives set out by client. The program has adopted a five step approach:
1. Energy/Tariff analysis
2. Base line Assessment from customer data = feasibility study
3. Introduction of monitoring/controls (AM&T)
4. Planned and prioritised introduction of innovation/energy saving technology (including funding/subscription options)
5. Complete installation - review process - continue monitoring/control development
Energy Saving Partnership
Carey Ambrose have joined with industry leading companies to form an Energy Saving Partnership.
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The purpose of the partnership is:
- to contribute to the reduction of fossil fuel energy and local water, and the increase of renewable energy use in communities,
- Provide energy and water strategy advice,
- Improve the level of knowledge in communities, schools and businesses to enable local action,
- Deliver a policy of action for energy and water efficiency work,
- Promote and develop collaborative procurement initiatives linking local SMEs and large companies.
Did You Know?
Standby power on electrical equipment accounts for as much as 10% of total power consumption
Government legislation requires that 10% of electricity supplies must come from renewable sources by 2010. By 2020, that figure must increase to 15%
1oC reduction in the setting of the thermostat could reduce energy consumption by as much as 10%, without any significant reduction in comfort.
Around £8.5b of energy is wasted every year
$20 billion: amount of money that would be saved if the energy efficiency of commercial and industrial buildings improved by 10%