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Church Energy Series

Church Energy Series: Investing in Sustainable Lighting

Lighting Innovations

Continuing our discussion on energy solutions that will help every church reduce their energy usage and bills through management systems and automation, I’m shifting to the actual products that you should be considering in your building renovations and upgrades.

We’ve come a long way since the days when candlelight was the only lighting option.  Now candles are a feature item in most church buildings reserved for special occasions.  Today, church lighting systems are a large contributor to energy waste.  If your church has yet to convert from incandescents, old school gym flood lights, and fluorescent tubes, you are missing out on significant energy savings.  Incandescent lights by todays standards are inefficient. Incandescent lights contain a filament wire crafted from various elements that illuminate when current travels through the wire.  The problem is that the filament is very fragile and burns out within 750-2000 hours, much faster than CFLs and LEDs.  They also give off heat in the space which impacts room cooling.  CLF’s and LED’s require a fourth of the energy or less and last 10-20 times longer.

The benefit of investing in sustainable lighting is the low voltage and increased lifetime of the new technologies.  These new fixtures will require far less maintenance and bulb replacements than ever before.  If upgrading the whole building at once seems a bit overwhelming, consider doing it in phases.  You can tackle this one room at a time.  The good news is that more companies are producing these lights and prices are dropping fast.  Let’s get up close with the latest types of lighting options.

CFLCFL

What is it?  Compact fluorescent lights (CFLs) produce light in a different way than incandescent light.  Their housing contains a mixture of noble gases and other elements that glow when current moves through the tube.  They require less current and give off less heat which makes them far more efficient than incandescents.  CFLs have become very popular and can be found in abundance in hardware and department stores across the country.  They are being widely adopted as a direct replacement for most incandescent bulbs.

The Good:  Lasts 10-20x longer than traditional incandescents while using uses 1/4 of the energy.

The Not So Good:  Most are not dimmable.  Certain dimmable CFL’s still require the user to replace the wall dimmer unit with one that is compatible with dimmable CFLs.

Prices: $1-8 per bulb

Lifetime:  8000-10,000 hours

 

 

LED BulbLED

What is it?  Light Emitting Diodes (LEDs) are made from semi-conductive materials that create light when current passes through them.  Most LED light bulbs contain several small LED semiconductors, a heat sink to absorb any heat given off, and a circuit controller that manages the bulbs. They are incredibly efficient compared to incandescents and are a lot more robust which means they will last a lot longer. The integrated circuitry and fast action make LED’s a very attractive option.  Companies like Phillips, GE, Belkin, Cree, and others are producing LED bulbs with wifi technology allow them to appear on a network to be remotely controlled with an app.  In a more commercial space, there are highly controllable LED replacements for recessed “pot” lights and fluorescent tube fixtures available on the market.

The Good:  Lasts Up to 25x longer than incandescents while using 1/5th of the energy.

The Not So Good:  Prices are still pretty high, but are falling more and more.

Prices: $4-$25 per bulb

Prices: $10- $60 for home connected bulbs (requires additional hardware and an app).

Estimated Useful Lifetime: 35,000-50,000 hours (LEDs typically lose brightness over time)

Induction_Industrial_LightINDUCTION

What is it?  Induction lighting isn’t a household name at this point.  However, this cool technology will be making more headway in the market especially in large rooms and halls with outdated high bay fluorescent fixtures while using half the energy.  They give off good color and are comfortable for a variety of tasks with significantly reduced glare. They aren’t affected by temperature and can withstand vibration. How they work is something you just have to see for yourself.  Take a look at this video:

The Good:  Induction lights last 5-10 times longer than their fluorescent counterparts all while using 50% the Energy.  They get to full brightness in as little as 90 seconds, 2-3 times faster than traditional high bay fluorescents and re-striking does not require warm up.

The Not So Good:  Not much bad to say.  It’s a new technology, there isn’t much documentation on actual lifetime, mainly because installs haven’t used them long enough to report on actual lifetime.

Prices: $150-$400 per fixture for high bay lights.

Lifetime: Up to 100,000+ hours (up to 20 years)

Want to know how much you can save by switching to CFLs, LEDs, or Induction lamps?  In the next post we calculate the payback period using some examples.

Sources:

CFL’s EnergyStar.gov

LEDs EnergyStar.gov

Induction Lighting Inductionlamps.com

Lifetime: US Dept Of Energy

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Church Energy Series

Measuring The Results of Church Energy Upgrades

If your church is working towards being a more energy efficient church, you will need to the changes made through upgrades.  A previous post in this series discussed the importance of setting energy efficiency goals for your church.  Now it’s time to measure your results.

electric meter

The numbers are important and you have to make sure you are getting the right numbers – which leads me to my main point of the post:

Your church energy bill doesn’t tell you the whole story.

Your energy bill lists the energy used in kilowatt-hours and the $$$ money you owe the utility company.  This doesn’t specifically tell you how the church is using the energy it purchased.  For instance, you may have upgraded a room to LED’s, but it’s impact won’t show up on the bill if you had to run the AC longer because of a heat wave.  The energy bill is impacted by activity in the building, conditions outside of the building, and current energy rates.

Church Energy Usage Fluctuates Throughout The Year

Activity at churches across America picks up during the fall and peaks during the holiday season.  We see another activity spike during Easter.  Then activity drops off during the summertime.  So, is your church more energy efficient in the summer or do you just run less programming while the congregation is on vacation?

Conditions Fluctuate Throughout the Year

In certain regions around the country some churches have to run their heat for long hours.  In others, AC usage places considerable demand on utility companies. Churches like any other commercial facility require gobs of energy for heating and air conditioning.  So, environmental conditions may have caused your energy bill to go up (or down) because of varying usage unrelated to your recent upgrades.

It’s not uncommon for energy rates to rise from time to time.

Utilities are under extraordinary pressure to adapt to “smart” technology to reduce outages and grid maintenance.  They are increasingly looking for ways to pass on costs to the users of the energy they provide.  You may look at your bill and be surprised that your usage went down, but the cost went up.

These are examples of why relying on your energy bill alone is not enough to measure the impact of the change.  Long term results hinge on your churches ability to keep track of actual reduction of energy usage in a way that is independent of church activity.  Some improvements do require behavioral changes. But the measurement of improvement through changes in technology must be added to the equation.

Here’s how to measure the impact of your church energy upgrades:

  1. Monitor the specific system where changes were made.
  2. Measure during a regular event (during services, or a typical workday)
  3. Measure for a set duration of time (i.e. 60mins).
  4. Measure during similar conditions.
  5. Measure energy usage before and after the upgrade and compare the results.

As you begin to make changes towards being a more energy efficient church, an energy management system would be the best option for on-going monitoring of progress in reducing energy usage.  However, small systems can be tracked using very simple energy measurement devices.  I hope to explore and review a few of these devices in upcoming posts.  Stay tuned.

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Church Energy Series

Automation: A Church Energy Savior

Continuing on with the church energy series, the next step in reducing your church’s energy usage and costs is automation.  Automation is the process by which things occur automatically.  A simple example of automation is the alarm clock.  When you set your alarm clock to wake you up at 7am, it’s set.  You walk away, or lay your head down, and you don’t think about it again until the alarm goes off.  On top of that, if you wake up at the same time every morning, you only have to set the alarm clock once, and it will wake you at 7am everyday right on the dot.  We rarely rely on our own internal clocks to wake us up anymore.  We’ve given this task over to computers because they don’t forget.  People forget.  People also forget to turn off the lights, TV’s, and computers.  People leave the AC running, even when no one is home.

It’s not just our sleep that we trust automatic to handle.  We now trust automatic to handle the task of fire response.  Electronic devices use sensors to detect fires and trigger alarms, sprinklers, and even alert the local fire and rescue department with detailed information about the fire’s location and status.  That’s the power of automation.

The same technology that we rely on for fire safety can also be used to manage the energy usage of any facility.  Corporations large and small have benefited from energy management technology for years now.  Think about how much energy is wasted when humans simply forget to turn something off.  If a worker goes home at the end of a workday at the office and leaves a light on, it’s likely it will stay on until they return in the morning.  It could be on for an addition 15-16 hours overnight.  That’s almost twice the average workday.  That one light bulb is just a drop in the ocean compared to all of the devices left on every night.  Corporations that cut-down wasted energy reduce their operating energy bills while increasing their facility efficiency.  This has a direct impact on potential profit margins.

Churches stand to benefit greatly from automation.  If a church implements an energy management system that has automation built in, they could achieve a significant amount of energy savings and cost savings.

How you ask?  An energy management system gives church facility managers the power of automation in four smart ways.

1.  Scheduled Events:
Managers and users can program regularly occurring events (like worship services) and special events.  You can tell the systems when to kick on and even give an automatic shut down time if anything is left on after the event is well over.  If your church uses a room scheduling system like Planning Center Resources, the facility manager will know exactly when and where to schedule events.  A complete energy management solution could automatically turn on the lights, wall outlets, AV, and HVAC systems.  By the time the event planner walks in, everything is on, and they don’t have to spend time looking for remotes and switches (or breaker boxes, God forbid).  They do the event and the room shuts it’s self down afterwards.

2.  Smart Sensors:

Room sensors can detect when a room is occupied.  If no one is present, the energy management system will shut off any lights, outlets, or other equipment as previously specified by the facility manager.  This feature is one of the single best failsafes for energy conservation. If someone uses a room unexpectedly, the smart sensor will turn off the lights after they leave, even if the users forget to do it themselves.

2.  Overnight switching:

If you know that there are certain hours or days when no one will be in the building, a management system can shut down everything except any emergency equipment and 24hr devices such as IT servers and networks.

4.  Manual Override:  I know what you are thinking.  Yes, sometime we do forget to set our alarms. What if a manager forgets to schedule a room, or what if there is a room change (humans right)? If there is an unscheduled event, most operations can be activated through physical wall panels or through a user based web app.  In some cases, areas of the church could be activated by a mobile app before arrival.  All of these options can be password protected or activated when the alarm system is turned off.  Rooms could be activated with many of the key card systems that churches use now for privileged work areas around the church.

5.  Emergency Situation Integration:  Emergency light paths and exits can all be programed to activate when a facility emergency system is activated.  This will really help with emergency planning and preparedness.  Some systems can even provide AV override capability to alert large gatherings of the emergency situation and give automated instructions.  Facility managers can program lighting that is required to be on 24/7/365.

Automation can really make a difference not only with your facilities staff and event planners, but it will also be a silent force towards reducing wasted energy.  This could translate into tens of thousand of dollars in energy savings on your churches energy bill and good vibes for being a church that values good energy stewardship.  With savings that great, the energy management system will pay for itself over time, putting more money back into the budget to be used for kingdom building.

An energy management system in most cases will be a custom solution designed by an experienced systems designer.  If you have questions about how automation could help your church, leave a comment or contact me anytime.

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Church Energy Series

Church Energy Management Systems

If you hope to make changes at your church to reduce energy usage, you need to be able to monitor your systems in real-time.  Your church energy bill simply does not give you the details you need to make smart decisions about where you can reduce energy usage. The bill will not give you insights about how much energy is used for lighting, audio, video, IT, HVAC, or communications systems.  Energy management solutions allow you to get those details that show what’s going on at the system level.

Here’s a quick example of what I am talking about here.  A lot of new cars include an “eco trip” feature.  The purpose of this feature is to assist the driver in saving gas (energy) during each trip.  The dash gives the driver visual feedback in the form of a score or mpg (miles per gallon) rating based on the drivers behavior.  If a driver’s behavior is really aggressive on the road, they will get a bad score.  Conversely, if they pay attention to the score and adjust their behavior, they can get better results.  So as a church, if you know exactly where your energy hogs are, you can adjust their behavior to reduce energy usage in those areas.  This will lead to efficient use and tangible savings.  A monitoring solution provides that real-time feedback.

To monitor your church energy usage, consider these three types of solutions:

Portable Energy Monitoring

There are a handful of portable solutions on the market that allow you to monitor one or two devices at a time.  The idea here is that you plug the monitor into an outlet, and then plug the device that you want to track into the monitor.  The P3 Kill-A-Watt is one such device which gives you a readout of the kWh (kilowatt-hours) right on its display.  Another example out there is the Insteon Hub which does the same thing as the P3 but adds wifi network monitoring from a mobile or web app.  There are also third party apps out there that will allow you to control and monitor the devices that you have connected to the hub.

System Specific Monitoring

Companies that make power conditioners have integrated energy monitoring features into their products.  These products can be dropped into an equipment rack and connected just like a power conditioner.  These are different from traditional power conditioners because they are network connected.  When paired with web apps within the product eco system, end users can remotely track the energy usage of all connected devices down to the specific plug on the back of the unit.  Some examples include the Furman BlueBolt series and the JuiceGoose IP series.

Complete Energy Management System

A complete solution is one that is integrated at the breaker panels at your church or even across several church campuses.  This utility level investment provides real-time data of all energy activities.  When paired with a proprietary software solution, the management system will give facility managers the ability to scrutinize every aspect of usage and possible savings across multiple systems and facilities.  Highly efficient corporations, manufacturing plants, hospitals, government buildings and universities utilize complete energy management systems to maximize their energy usage, productivity, and profits.  This will usually be a custom solution that can be integrated when you build a new facility or retrofitted to existing buildings.

If your church has serious intentions of achieving its energy savings goals, you need one of these solutions to measure your results.

Next time we will discuss automation, the intelligent choice for securing lasting energy savings at your church.

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