ANALYSIS & MANAGEMENT OF ENERGY QUALITY

The electric quality is an indicator of the facility adaptation level to support and guarantee a reliable charge functioning.  An electrical distress or event can affect the tension, the current or the frequency. Once the analysis is completed, the potential areas of growth will be identified for executing an electric saving project.

 

THERMOGRAPHIC STUDIES

The infrared thermography and the temperature analysis are necessary elements to supervise in a precise and efficient way the substations, distribution lines, electric connections and other electric distribution equipment. This allows the detection of unbalanced charges, harmonious, overload/ excess load, lose connections, breakdowns, wiring failures.

UNBALANCED CHARGES

 

LIGHTING DESIGN

We have a specialized team in lighting design who develop integral projects combining efficiency and energy savings with a esthetic and avant-garde design, taking into consideration the interrelation of the human factor with physio-biological, psychological, social, economic, esthetic, spatial, functional, environmental, cultural of the user and the context.

CATHEDRAL (CHALCO,MEXICO) 2014

 

LIGHTING ENGINEERING

Likewise a technical report is done, containing the lighting curves in determined sectors. This study contains the number of intervened circuits and control panel, quantity of lights, energy consumption, luxes compliance according to the applicable regulation.

Origin technology

Fluorescent

Average luxes

299

No. of lamps

70

Energetika offer

LED technology

Regulation compliance

Average luxes

331

No. of lamps

53

ENERGETIKA AVERAGE IMPROVEMENT

Lights reduction

Luxes increase

Energy consumption

Maintenance reduction

Average lifespan

Project cost

Return on investment

25%

Conventional

LED

15%

Conventional

LED

20%

Conventional

LED

100%

Conventional

LED

Conventional

LED

2-3 years

12-15 years

LED

Conventional

+20%

LED

Competition

-30%

 

LIGHTING CONTROL

Once the lighting engineering is completed, a project of attenuation automatic control can be developed, depending on the light gain. This can be done through:

Use of the environmental present light (natural and artificial).

Light attenuation or switched off when environmental present light is sufficient, or when the space is not being occupied. 

Depending the zone, the attenuation and use of lighting charges will be regulated, regarding their location with respect to natural light sources such as windows and/or domes. 

Integrated processor

Passive infrared (PIR) occupancy sensor

Ambient light sensor

Wireless communication

Detailed reports

System costumization and fine tunning

 

REMOTE MONITORING

Once the technologies are implemented, the client will be capable of verifying the savings and energetic consumption reports will be generated, in order to control the operation with an optimal system and also to locate new opportunity sources for future savings.

 

The energy monitoring system is the base to process the ISO50001: 2011 certification.

Meters and sensors

Monitoring and control systems

Information storage

Data analysis and decision-making

Reporting tools

Engineers Operators Managers

MAINTENANCE SERVICE

 

Advantages of Energetika maintenance service:

 

Continuous improvement approach with a energy savings plan and operative optimization.

Renewal technology guarantee between 50% and 100% of total infrastructure with no additional costs.

Facilities redesign with an esthetic approach.

No initial investment required for the annual maintenance fee (not applicable in the accelerated improvement plan)

Once the contract is over, the objective is that the maintenance costs are equal or less than the general savings total per month, and to generate an investment, not a recurring current expenditure.

Energetika reduces implementation costs because it is a direct distributor of manufacturers.

Unlike a conventional maintenance program, Energetika offers an alternative that on mid term will achieve a renewed, efficient and ecologic infrastructure with no additional costs.

Energetika

Conventional

20%

Maintenance cost

Energetika

Conventional

Energy consumption

Maintenance decrease

100%

Conventional

Energetika

Average lifespan

Conventional

Energetika

12-15 years

2-3 years

Environmental impact

20%

Conventional

Energetika

We offer:

Electric maintenance

Lighting, replace of burnt out bulbs and energy savings program.

Boards and charge centers.

Electric installation Monitoring

Critical charges measurements

Thermographic measurements

General electric services

Corrective maintenance with budget ceiling

Inventory and tools management

Operation of programmable equipment (Automation and control)

Logbook making and elaborate labors monthly reports

 

Air conditioner maintenance and power equipment

Packaged air conditioner equipment

Mini-split and Multi-split equipment

Water pumps

Fan and coil

Air handler units

Chiller

Injection and/or extraction fans

Expansion tank

Cooling towers

 

Preventive maintenance

Water treatment plants

Motor rewinding, verification of mechanical seals, electrical connections retighten, bearing lubrication, exterior painting.

Emergency pumping system

 

General maintenance

Redesign of scenographic and decorative lighting

Patching and painting walls, ceiling, drop ceiling

General services

 

Reseach & Development (R&D)

We have a specialized team in design, engineering and technological innovation for creating solutions that merge technology and aesthetics, combining engineering applications in the integrated product development project from the initial idea to prototype phase, production and implementation, always based on innovation. We have developed projects such as our urban luminaire up to ecological bus stops. We are also pleased to present you our new technological development: Na3light.

Na2light

Street light

Street pole

Street lighting

Bus stop

Eco-friendly

 

Life Cycle Solutions (LCS)

Aims to mitigate the climate change and other environmental impacts such as: ozone depletion, acidification, smog generation, among others to develop strategies or guidelines to generate environmentally friendlier products, processes or services by analyzing the product lifecycle stages and identifying opportunity areas.

Main products:

Carbon footprint

GHG Emissions inventory

Water footprint

Product lifecycle analysis

Benefits

Profit increase

Brand value

Risk reduction and environmental impact

© 2018 Energetika Technologies