INNOVATION
Innovation is the ability to see change as an opportunity-not a threat.
ENERGY SAVINGS
Energy conservation is the foundation of energy independence.
BETTER FUTURE
The best way to predict the future is to design it.
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Field Analysis & Consultation
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ENERGY-AUDIT
BUILDING MANAGEMENT
ENVIRONMENTAL AUDIT
CHILLER ENERGY SAVING
RENEWABLE ENERGY
DATA MONITORING
ENERGY AUDITING-HVAC
Whenever we see our facilities energy bills, the thought of energy wastage often enters our minds. We always think about our energy usage and any leakages that may be ballooning up our utility bills. You may have done your best to keep the energy use at a minimum, but the bills are still increasing, and you have no idea why.
An energy audit gives you an overview of the energy consumption across your facility. It provides an assessment: which system is taking up how much electricity, what times are the most energy-intensive, and how can you reduce your energy consumption.
An energy audit helps you identify and adopt measures to reduce energy usage. Some of the prominent advantages of an energy audit are:
- Reduces the consumption of energy.
- Lessens damage to the environment.
- Saves money by identifying areas of energy wastage.
- Helps identify hidden problems.
- Helps in increasing the lifespan of your appliances.
- Increases your comfort level.
GET`s technical team will perform an energy audits and suggests improvements that help to increase the efficiency of your facility, lowering your utility bills. The process includes:
- Gathering information about the HVAC system
- Making an estimate about operational efficiency
- Suggesting efficiency improvements for your current system
- Making a list of replacement/improvement options
- Calculating the cost and payback of options
CHILLER ENERGY SAVING
GET offers an innovative solution that optimizes the performance of the Centralized Chiller Plant by holistically controlling the chillers, pumps, Cooling towers and thus enabling the Chiller to deliver optimum performance without compromising on the cooling comfort.
The primary objective is to improve the plant efficiency through a precise measurement instrumentation and accurate control system that is compatible with the existing Chiller system and is able to compute, trend-log and display the systems performance in real-time at the component and system level.
We will attain the desired and possible optimization levels through our specially programmed software with adaptive control technology, and using a PLC based system. Our proposed solutions work seamlessly by continuously balancing the various components like Primary & Secondary Chilled Water Pumps, Condenser water pumps and Cooling Towers, efficiently controlled in a holistic manner to deliver the current internal cooling requirements with the most energy efficient operation possible and across varying external conditions.
The Chiller optimization system can be installed and is compatible with any chillers and its auxiliaries – irrespective of their age, model or brand of the existing equipment and with or without BMS, It is intrusion free, and requires no downtime in operations for its installation, and operates within the manufacturer’s recommended parameters of the existing equipment.
Ours is a stand-alone solution focusing on optimising and there is no operational risk with the system. It can be by pass at any time in the unlikely event that the cooling comfort is not compromise and the system will revert to local manual mode enabling to be operate from the electrical control panel manually and can continue to deliver the required cooling load.
BUILDING MANAGEMENT SYSTEMS
A Building Management System is a computer-based system installed in buildings to manage and monitor all the facilities equipment such as,
- HVAC Chilled Water System operations & monitoring.
- Air handing units operations & monitoring.
- Diesel Generators operations & monitoring.
- Electrical power Monitoring System.
- Indoor Air quality monitoring.
- Out Door Air quality monitoring.
- Water quality monitoring.
- Fire pumps &Sprinkler System operations & monitoring.
- Hot Water System and Central Heating.
- Elevators operations & monitoring.
- CCTV monitoring.
A BMS system consist of servers, supervisory devices, field buses, controllers, inputs, and outputs. A BMS connects the different buildings equipment to work as one integrated unit. Ideally, they should centralize operations and make data easier to visualize using a user interface or console.
ENERGY SAVING PRODUCTS
Energy Saving Intelligent Motor Control Systems
We are offering the renowned intelligent motor controllers from England, called Powerboss Integra that has an intelligent microprocessor with programmable software algorithms and this provides soft start, smooth running and soft stop, and energy savings up to 20% is possible, this product is for all types of Constant speed AC Induction motors.
AC induction motors are probably the most common piece of electrical machinery to be found in the world. Motors consume around 70% of all industrial electricity! Applications include air-conditioning, refrigeration, conveyor systems, compressors, most manufacturing machinery and many other areas from the small corner shop to the largest hotel, factory or office complex.
“Imagine the potential of a product and solution that is proven to save up to 25% in Electricity costs!”
Many users of large motors are experiencing outstanding results by using Powerboss both in reduced energy cost and equally importantly improved motor efficiency and reliability. Installations can also reduce maximum demand, giving large cost savings in total power usage. With losses reduced, motors run cooler and quieter. The ‘Soft Start’ available on three phase controllers also smoothest out mechanical stresses in the system and – the difference being that it will pay for itself out of energy savings.
Our p r o d u c t utilizes a powerful micro- controller, which continuously monitors motor ‘efficiency’ andEnsures the right amount of power is used to complete the job of work. Even slight changes in demand will be recognized. The controller will responds immediately by matching the input power exactly as the load changes – thus saving energy!
“AES “Air Conditioner Energy Saver
This is an innovative product for Air conditioners – Both Domestic and Commercial applications.
We are o f f e r i n g the revolutionary “AIR-CONDITIONER” Energy saver. This is the world’s most advanced AC power saver that offers real savings of up to 20%, by helping your air conditioner to maintain accurate room temperature. This ‘state-of-art’ AC power saver has been is equally effective even on inverters, VRVs, VVRs, packages and windows up to 20.0 TR and is validated by OEM’s on Inverter AC’s, MNC’s globally.
The AES Aircon saver comes with a pay back guarantee if the savings of a minimum of 20% is not achieved”
This would mean that your monthly electricity bills are very much lower and the benefits of this one time investment will be reaped by the company that uses our solutions is — ever after…
Typical air conditioning systems operate continuously until the room thermostat is satisfied. During this time it will run the compressor and produce greater cooling capacity than air can absorb. “This extra cooling is a waste of energy”
AES Aircon energy saver is the solution for this waste energy and the obvious benefit on electric costs and carbon emissions.
Its Key Features:
- Increases efficiency of the air conditioner
- Saves energy up to 40% on your energy bills
- Quick and Simple to install
- Fully Automatic
- Plug and Play
- Reliable and maintenance free
ENVIRONMENT AUDITING
INDOOR AIR QUALITY MONITOR
GET evaluates Humidity, Air Exchange Rate, O2, CO2 in indoor environmental quality for non-industrial workplaces such as offices, schools and hospitals. Poor indoor air quality can have a significant negative impact on the comfort and health of occupants, resulting in increased building operating costs and loss of productivity.
We perform Quantitative Assessment for Indoor Environment Quality as per ASHRAE / OSHA / NIOSH / LEED Green Building standards:
NOx, SOx, CO, HC, PM10, PM2.5, NH3, Oxygen, TVOC, Formaldehyde, Microbial contamination, Thermal Comfort, Ventilation Rate, CO2.
OUTDOOR AIR QUALITY MONITOR
GET offers innovative solutions to environmental challenges and continual improvement to routine methodologies. We are equipped with state-of-the-art-equipment and cutting-edge technologies. Our philosophy is to work with our clients to meet regulatory commitments, identify process improvements and optimize processes. Emission testing for air contaminants is commonly performed to verify compliance with CPCB/SPCB and National Ambient Air Quality Standards (NAAQS) Guidelines.
GET analyses certain other parameters to evaluate the air contaminants.
- NAAQS – PM10, PM2.5, SO2, NOx, CO, Ozone, Ammonia, Benzene.
- Arsenic, Lead, Nickel.
- Heavy Metals including Mercury.
- Volatile Organic Compounds.
- Carbon Content (Organic & Elemental Carbon).
- Semi-volatile Organics (PAHs ).
- Sulphur Compound Gases (H2S, CS2).
- Fluoride & HF.
- Non-Methane Hydro Carbons.
CARBON EMISSION MONITORING SYSTEM
GET core capabilities lies in reliable emission sampling and analysis as per standards for all emissions such as Flue Gas, Process Emissions, Emissions from Boilers, Scrubbers, Furnace, Paint Booth, Oven Ducts, Incinerators and DG Sets and Efficiency check of all APCM’s (Air Pollution Control Measures) for the following parameters. We have expertise in Emission monitoring for compliance, performance testing and Process optimisation testing for various parameters.
- Velocity, Emission Rate, Temperature and Pressure
- Particulate Matter
- Combustion Products (CO, SO2, NOx)
- Heavy Metals including Mercury
- Dioxins and Furans
- Semi-volatile Organics (PAHs & PCBs)
- Acid Gases (HCl, HF, H2SO4)
- Sulphur Compound Gases (H2S, CS2, SO2)
- Volatile Organic Compounds
- Halogen (Cl2, F2, Br2and I2)
- Ammonia
RENEWABLE ENERGY SOLUTIONS
ON-GRID SOLAR SYSTEM
An on-grid solar system is designed to switch seamlessly between the residential solar system and the grid. It connects your home to both, utility grid and solar system and hence, you can get electricity from either of the two sources.
Also known as the grid-tie solar system, this type requires only two main components- solar panels and solar inverters. Storage devices like the solar battery are not a part of this system therefore, they can’t provide you power backup. In an on-grid solar system, the solar panel generates the electricity and the solar inverter converts it into AC electricity. Thereafter, the electricity is used subsequently by your appliances.
In case, the system is generating more electricity than your consumption then excess electricity will be automatically injected into the utility grid. This system allows you to export unconsumed or extra electricity to the grid through net metering.
OFF-GRID SOLAR SYSTEM
Specially designed for remote residences, an Off-grid solar system is a complete power bank that is independent of the utility grid for functioning. This type of solar system is also known as a battery-based system and stand-alone system. In this solar system, you will get to see a specialty that you didn’t get in the earlier system.
This system comes with a solar battery and does provide power backups during emergencies or outages. Other functions and components will remain the same as in the on-grid solar system. But instead of exporting extra/unconsumed electricity to the grid, you can store it in solar batteries. This stored electricity can further be used to power your electrical or solar appliances
The off-grid solar system is a battery based, independent solar system that does not need a utility grid to illuminate your places. It is a complete solar setup with solar panels, solar battery, and solar inverter, and is ideal to lighten a home even in a far off location. This solar system is more prominent as it comes with a power backup.
Like every other solar system, an off-grid solar system uses a solar panel to absorb sunlight and convert it into electricity. In the day time solar will run the connected load and balance energy will be stored in the solar battery. So in the daytime, the solar system runs home appliances generating electricity using sunlight and stores the extra energy into the battery bank. And at night when there is no sunlight, the appliances draw energy from the battery to keep running. Hence, the system works day and night.
SOLAR SUBMERSIBLE PUMP
Solar submersible pumps are used where water has to be lifted from deeper underground. If put in simple words, this pump is used to lift water from a depth of more than 15 meters. To lift the water, simply put the pump inside the water and switch it on, the rest of the work will be done by the solar itself. Solar submersible water pumps are the most preferable pumps in India as the water depth is very high in maximum areas.
SOLAR SURFACE PUMP
Surface pumps are relatively small but powerful water pumps. They are used to lift shallow water. If the depth of water is 15 meters or less than 15 meters then a solar surface pump is recommended. It can easily lift the water to the ground or above the ground level. You will find this type of pump pulling water from streams, storage tanks, shallow wells, and ponds at many places.
There are two technologies to power your solar surface water pump (AC & DC) and solar submersible water pump (AC & DC). A brief description of these technologies is mentioned below.
ON-GRID SOLAR PUMP
In an on-grid solar system, your water pump will be powered by a solar panel. In case the solar panel is generating more power than the water pump’s consumption, then the excess power will automatically be exported to the grid via net metering and the government will adjust it in your next electricity bill.
HYBRID SOLAR PUMP
In a hybrid solar pump, there are three power options to run the solar pump. First is solar power, second is the grid electricity and the third is a solar battery. In day time your water pump is powered by solar electricity, at night it is powered by the grid and when both (solar power and grid) are not available then it will be powered by a battery.
ETC SOLAR WATER HEATER
In ETC Solar Water Heater, the collector is designed to provide insulation using double layer borosilicate glass tubes. Each evacuated tube consists of two glass tubes having vacuum in between which is an excellent insulator. The outer wall of the inner tube is made to absorb maximum solar radiation. And that is why the wall is coated with demanding absorbing material.
Evacuated Tube Collector (ETC) acts as an absorber in the solar water heater. The incident solar radiation falling on the tube passes through the outer transparent tube and strikes the outer of inner tube. It absorbs heat energy and then passes to the cold water flowing in the tube. Hence, the heat gets transferred to the cold water resulting in heating the water.
An evacuated tube technology based solar water heating system is most energy efficient and cost effective that are best suitable for home use.
FPC SOLAR WATER HEATER
In an FPC solar water heater, the solar radiation is absorbed by Flat Plate Collectors (FPC) which consist of an insulated outer metallic box covered on the top with a glass sheet. Inside there are blackened metallic absorber (selectively coated) sheets with built in channels or riser tubes to carry water. The absorber absorbs the solar radiation and transfers the heat to the flowing water.
A flat plate technology based solar water heater is more energy efficient. Also it has a long life. Hence, such a heater is most suitable for home use.
SOLAR STREET LIGHTS
A battery based solar street light is a standalone system, which will store electricity generated by solar panel in solar battery. Solar LED Street light is powered by photo-voltaic panel, generally mounted on the light structure or integrated in the pole itself.
There is also another type of street light called integrated solar street light. In both type of street lights, the photo-voltaic panel charge solar battery during day time, which powers LED lamp during night. Street light comes with dusk to dawn sensors, which automatically switch-on the light in evening and off in the morning
WHY SOLAR LIGHTS?
The effect of global warming was very recently felt in the Earthquake & the Tsunami in Japan. As leaders in outdoor lighting we are driven by the challenge of providing a environment friendly technology and focus on a more sustainable solution of renewable energy to our society.
Solar LED Street light address the situation to the best. To begin with, LED light use far less power than their old-fashioned counterparts and last for a considerable longer time, thus being more economical and environment friendly.
In addition, the quality of the light actually produced by solar LED light is far superior than conventional lights. Conventional lights still mostly produce that yellow orange light, which does not allow very high definition visibility.
Employing LED technology, on the other hand, can create a much more powerful, crisper white light of far higher quality, significantly improving visibility and Color rendition.