Keith Brooks, Clean Economy Program Director at Environmental Defence,
acknowledges that Ontario made mistakes carrying out its Green Energy
and Green Economy Act.
The province needs to “double down” on its commitment to
the renewable energy sector rather than phase it out, according to a
new report from Environmental Defence.
Today, let’s examine how much the Kathleen Wynne and Dalton McGuinty governments have cost Ontarians with their reckless pursuit of expensive,
Read more
SunEdison, Inc. (NYSE: SUNE), the largest global renewable energy development company, today announced that it has signed a 10-year agreement with Ontario's Independent Electricity System Operator to supply 5 megawatts—20 megawatt-hours—of battery storage to the province.
Read more
Consumers tired of ever-higher electricity prices and poorer service
will be looking to hold the government responsible for delivering on
promises of change.
After months of deliberation by two government bodies, a final decision has been released ruling that Chinese solar panels are being dumped into Canada and they could damage the Canadian solar industry. The judgment – issued by the Canadian International Trade Tribunal on Friday – said that dumping and subsidizing of some Chinese-made solar panels have not yet hurt Canadian panel makers, “but are threatening to cause injury to the domestic industry.”
A farm full of solar panels. Another solar farm project that involves restoring a historic building. A biomass project that would import saw dust from northern Ontario lumber mills. All three projects are looking to set up in Hamilton, and next week, councillors will likely approve two of them.
Coun. Jim Boldt continued his campaign against green energy at Perth town council last week, fearing it will it add to rising energy costs, at a time when Ontario is already producing more energy than it needs.
Recently, Canada and the other G7 countries made an important commitment to end fossil fuel use by 2100. This is significant because it demonstrates a larger trend—the change in the energy supply mix from fossil fuels to more renewable energy resources.
TORONTO – Canada’s smaller solar module manufacturers are applauding a favourable decision from the Canadian International Trade Tribunal, which has ruled that low-price imports from China pose a significant threat to the domestic industry..
Within five years Ontario homeowners could save enough money by putting solar panels on their roofs that they won’t need any subsidy to make installation worthwhile..
We provide sales & services for off grid solar systems.
We have everything needed to complete your solar project right here
We can calcuate your energy needs & pick the right componets necessary just ask
We can inform you on how to complete every aspect of your solar installation what are you waiting for..
Solar system componets
ELECTRICAL DATA | STC*
Electrical Data CS6P 250P 255P 260P
Nominal Max. Power (Pmax) 250 W 255 W 260 W
Opt. Operating Voltage (Vmp) 30.1 V 30.2 V 30.4 V
Opt. Operating Current (Imp) 8.30 A 8.43 A 8.56 A
Open Circuit Voltage (Voc) 37.2 V 37.4 V 37.5 V
Short Circuit Current (Isc) 8.87 A 9.00 A 9.12 A
Module Effifficiency 15.54 % 15.85 % 16.16 %
Operating Temperature -40°C ~ +85°C
Max. System Voltage 1000 V (IEC) or 1000 V (UL)
or 600 V (UL)
Module Fire Performance TYPE 1 (UL 1703) or CLASS C (IEC61730)
Max. Series Fuse Rating 15 A
Application Classification Class A
Power Tolerance 0 ~ + 5 W
* Under Standard Test Conditions (STC) of irradiance of 1000 W/m2,
spectrum AM 1.5 and cell temperature of 25°
Main Features
1. Can be used in all kinds of bad environment with Aluminum frame.
2. Double crest or multi crest tracing technique design, when the
solar Module is under shadow or part of the solar Module is damaged,
multi crest will turn up in I-V curve, and the controller can still
trace the Max. Power Point.
3. Built-in maximum power point tracking algorithm which could
promote energy utilization efficiency of pv system. The charging
efficiency is 15%~20% higher than PWM mode.
4. Adopting sorts of tracking algorithm to track the best working
point of I-V curve promptly and accurately, the MPPT efficiency
could reach to 99.9%
5. The use of advanced digital power technology, circuit energy
conversion efficiency is as high as 98%
6. Four stage charging order mode: MPPT-equalizing charging-boost
charging-float charging.
7. With current-limiting charging mode, when the power of solar
Module is over-sized and charging current exceeds the rated current,
the controller will lower the charging power, which enables the
system to work under the rated charging current.
8. It can communicate with PC by communication wires and cables,
read or set controller’s running parameters and monitor the
system operation status.
9. The controller can realize networking operation by the link
with telecommunication cable.
10. Have the fault code indication; it helps users confirm the
system fault
11. 12V/24V/36V/48V auto identified.
12. Support data storage, the storage span can reach 5 years.
13. It can connect with LCD screen monitoring and the controller
parameters are amendable.
14. Built-in temperature sensor, when the temperature exceeds the
set value, the charging current will lower down followed by the
decrease of temperature, so as to control the controller’s
temperature rise.
15. With temperature compensation function to adjust the charge
and discharge parameters automatically, which can improve battery
service life.
16. Various system protection functions. Including over-charge,
over-discharge, over-load, over-heat, the battery reverses connection
protection and so on.
17. TVS lighting protection
Electrical Data CS6P 260M 265M 270M
Nominal Max. Power (Pmax) 260 W 265 W 270 W
Opt. Operating Voltage (Vmp) 30.7 V 30.9 V 31.1 V
Opt. Operating Current (Imp) 8.48 A 8.61 V 8.67 A
Open Circuit Voltage (Voc) 37.8 V 37.9 V 38.2 V
Short Circuit Current (Isc) 8.99 A 9.11 A 9.19 A
Module Effifficiency 16.16 % 16.47 % 16.79 %
Operating Temperature -40°C ~ +85°C
Max. System Voltage 1000 V (IEC) or 1000 V (UL)
or 600 V (UL)
Module Fire Performance TYPE 1 (UL 1703) or CLASS C (IEC61730)
Max. Series Fuse Rating 15 A
Application Classification Class A
Power Tolerance 0 ~ + 5 W
* Under Standard Test Conditions (STC) of irradiance of 1000 W/m2,
spectrum AM 1.5 and cell temperature of 25°C.
Electrical Data CS6P 260M 265M
Nominal Max. Power (Pmax) 260 W 265 W
Opt. Operating Voltage (Vmp) 30.7 V 30.9 V
Opt. Operating Current (Imp) 8.48 A 8.61 V
Open Circuit Voltage (Voc) 37.8 V 37.9 V
Short Circuit Current (Isc) 8.99 A 9.11 A
Module Effifficiency 16.16 % 16.47 %
Operating Temperature -40°C ~ +85°C
Max. System Voltage 1000 V (IEC) or 600 V (UL)
Module Fire Performance TYPE 1 (UL 1703) or CLASS C (IEC61730)
Max. Series Fuse Rating 15 A
Application Classification Class A
Power Tolerance 0 ~ + 5 W
* Under Standard Test Conditions (STC) of irradiance of 1000 W/m2,
spectrum AM 1.5 and cell temperature of 25°C.
The Universal Top of Pole Mount (UTPM) 4 for Type G modules is designed for a wide range of Module size, from 37-42” in width to 61-67” in length. The Universal Top-of-Pole support structure mounts on 4 inch SCH40/80 galvanized steel pipe (installer supplied). Pipe size and foundation requirements are based on several factors including the array surface area, maximum design wind speed, exposure category, soil type, steepest expected tilt angle, and above-ground clearance.
The Universal UTPM6 for Type G modules is designed for a wide range of Module sizes from any combination of 37-42” in width to 61-67” in length. The Universal Top-of-Pole (UTPM) support structure mounts on 6 inch SCH40/80 galvanized steel pipe (installer supplied). Pipe size and foundation requirements are based on several factors including the array surface area, maximum design wind speed, exposure category, soil type, steepest expected tilt angle and above-ground clearance.
FIT COMPLIANT
Made in Ontario, adding 10 or 11% to your Domestic Content for MicroFIT/FIT
compliance.
STRONGER RAILS
With up to 64” / 48” span between roof connections, Fast
Rack installs with fewer penetrations and less time.
INTEGRATED GROUNDING
Using patented grounding solutions, the rails bond the panel to
the system ground, eliminating panel ground lugs and wires.
EASY RAIL LEVELING
With rail height adjustment of 2”, Fast Racks are easy to level
on a not so flat roof. Great looking solar systems
with less labour.
SELF-SEALING ROOF BOLTS
EJOT Anchor Bolts, capable of up to 5” of roof penetration,
secure the Fast Rack rails to roof trusses. Integrated gasket seals
anchors without caulking for faster, cleaner installation.
The Universal UTPM15 for Type G modules is designed for a wide range of Module sizes, from any combination of 37-42" in width and 61-67" in length. The Universal Top-of-Pole (UTPM) support structure mounts on 8 inch SCH40/80 galvanized steel pipe (installer supplied). Pipe size and foundation requirements are based on several factors including the array surface area, maximum design wind speed, exposure category, soil type, steepest expected tilt angle and above-ground clearance.
1. Low battery voltage trip selectable
2. Low quiescent current, selectable sensing cycle to reduce power
consumption
3. 3-step intelligent battery charging
4. 8 preset battery type selector plus de-sulphation for totally
flat batteries
5. PFC(Power Factor Correction) for charger, less power consumption
than conventional units
6. Delay before transfer, extra protections for loads under generator
mode
7. Input AC voltage range selectable
8. 8 ms typical transfer time
9. Ability to select/deselect power saver mode
10.17 alarms/warnings, informative for easier operation and trouble-shooting
11.Auto transfer to battery when electricity power off
12.Acceptable voltage :194-243vac or 164-243 vac
Main features
1.Double crest or multi crest tracing technique design, when the
solar Module is under shadow or part of the solar Module is damaged,
multi crest will turns up in I-V curve, the controller can still
trace the Max. Power point.
2. Built-in maximum power point tracking algorithm which could promote
the energy utilization efficiencyof pv system. The charging efficiency
is 15%~20% higher than PWM mode.
3.Adopting sorts of tracking algorithm to track the best working
point of the I-V curve promptly and accurately, the MPPT efficiency
could reach to 99.9%.
4.Adopting advanced digital power supply technology which make the
energy conversion efficiency reach up to 97%.
5.Four stage charging mode: MPPT-equalizing charge-boost voltage
charge-floating charge.
6.With current-limiting charging mode, when the power of solar Module
is oversized and charging current exceeds the rated current, the
controller will lower charging power, which enable the system to
work under the rated charging current.
7.Have the fault code indication, it helps user confirm the system
fault.
8.It can connect with LCD screen monitoring and the controller parameters
is amendable.
9.Various load control methods to improve the system’s flexibility.
10.With temperature compensation function to adjust the charge and
discharge parameters automatically, which could improve the life
of the battery.
11.Various system protection function. Including over-charge, over-discharge,
over-load, over-heat, the battery reverse connection protection
and so on.
Main features
1.Adopting double crest or multi crest tracing technique, used
for the condition when a part of solar Module is under shadow or
parts of solar Module is damage.
2.Built-in maximum power point tracking algorithm which could promote
the energy utilization efficiency of pv system. The charging efficiency
is 15%~20% higher than PWM mode.
3.It can find out the best working point of I-V curve within 1 minute.
the MPPT efficiency could reach to 99.9%.
4.Adopting advanced digital power supply techniques which makes
the energy conversion efficiency reach up to 97%.
5.Four charging stages: MPPT - equalizing charge- boosting charge-
floating charge.
6.With current-limiting charging mode. When the power of solar Module
is oversized and charging current exceeds the rated current, the
controller will lower charging power automatically, which enable
the system to work under the rated charging current.
7.Have the fault code indication, it helps user confirm the system
fault.
8.Various load control methods. Could recognize day and night automatically.
9.With temperature compensation function to adjust the charge and
discharge parameters automatically, which could extend the life
of the battery.
10.Various system protection functions. Including over-charge, over-discharge,
over-load, over-heat, battery-reverse connection and short-circuit
protection etc.
Main features
1.Common cathode design adopted.
2.LCD screen for displaying system working status and parameters.
3.Adjustable charge and discharge controlling parameter.
4.Boost Charge mode auto shifts on when the battery voltage is lower
than boost charge return voltage.
5.Double temperature sensors design, inner sensor for inside temperature
detection, and the outer independent sensor for detecting battery
temperature which makes the battery temperature compensation more
precise.
6.The controller can work out daily battery charging and discharging
capacity which makes it more convenient to evaluate controllers
and the whole system.
7.It possesses overcurrent protection when charging which can decrease
the charging current so as to protect the charge circuit if it exceeds
the rated current.|
8.It will proceed equalizing charge every 30 days to protect the
battery from vulcanizing.
9.Industrial grade chips and precision components adopted which
can work under cold, hot and moist conditions.
10.Double MOS in series circuit adopted in charge circuit, PWM charging
control to improve charge efficiency.
11.Power-fail protection for saving tech data which makes the system
operation more reliable.
12.3 different load working modes: Pure light control, Lighting
+ Timing control, load open all time.
The Stark Energy line of AGM batteries were built with the harshness of the Canadian climate in mind hence why they continue to operate at -40C. The advanced AGM design and spill-proof construction allow for multiple operating positions (except upside down). The oversized internal components ensure minimal voltage drop and more power availability when you need it most. Best of all these batteries are maintenance-free. Benefits:
Benefits:
| Sealed lead acid battery classified as non-hazardous material
per IMDG
| Can ship via Purolator or DHL and approved for air transport by
IATA
| Individually boxed for safe transport right to your work site
| Every battery is equipped with lifting handles
Deka Solar power products are purpose built for domestic, commercial and industrial deep cycle power storage applications
Rolls premium deep cycle batteries have earned a reputation of reliability and dependability in the railroad, marine, motive power and renewable energy markets.
Dual container construction, high-density polyethylene materials and unique "resistox" plate design provide a life expectancy that is among the longest in the battery industry.
With the highest recycling rating of any consumer product, we're
focused on reducing our footprint and helping our customers reduce
theirs. Over 75 years experience and a focus on what's to come have
made the Rolls brand of batteries internationally recognized.
The Stark Energy line of AGM batteries were built with the harshness of the Canadian climate in mind hence why they continue to operate at -40C. The advanced AGM design and spill-proof construction allow for multiple operating positions (except upside down). The oversized internal components ensure minimal voltage drop and more power availability when you need it most. Best of all these batteries are maintenance-free. Benefits:
Benefits:
| Sealed lead acid battery classified as non-hazardous material
per IMDG
| Can ship via Purolator or DHL and approved for air transport by
IATA
| Individually boxed for safe transport right to your work site
| Every battery is equipped with lifting handles
1. Low battery voltage trip selectable
2. Low quiescent current, selectable sensing cycle to reduce power
consumption
3. 3-step intelligent battery charging
4. 8 preset battery type selector plus de-sulphation for totally
flat batteries
5. PFC(Power Factor Correction) for charger, less power consumption
than conventional units
6. Delay before transfer, extra protections for loads under generator
mode
7. Input AC voltage range selectable
8. 8 ms typical transfer time
9. Ability to select/deselect power saver mode
10.17 alarms/warnings, informative for easier operation and trouble-shooting
11.Auto transfer to battery when electricity power off
12.Acceptable voltage :194-243vac or 164-243 vac
The Universal Top of Pole Mount (UTPM) 4 for Type G modules is
designed for
a wide range of Module size, from 37-42” in width to 61-67”
in length. The
Universal Top-of-Pole support structure mounts on 4 inch SCH40/80
galvanized
steel pipe (installer supplied).
Pipe size and foundation requirements are based on several factors
including the
array surface area, maximum design wind speed, exposure category,
soil type,
steepest expected tilt angle, and above-ground clearance.
The Multi-Pole Mount - G2 (MPM-G2) is designed to mount on 3, 4,
or 6 inch
SCH40/80 vertical steel pipe (installer supplied), and 4 x 4 inch
square, or 5 x 4
inch rectangular horizontal tube. The goal of the MPM design is
to limit the
number of ground penetrations which helps reduce ground work and
the associated
labor costs.
Pipe size and foundation requirements are based on several factors
including the
array surface area, maximum design wind speed, exposure category,
soil type, tilt
angle and above-ground clearance.
1. Low battery voltage trip selectable
2. Low quiescent current, selectable sensing cycle to reduce power
consumption
3. 3-step intelligent battery charging
4. 8 preset battery type selector plus de-sulphation for totally
flat batteries
5. PFC(Power Factor Correction) for charger, less power consumption
than conventional units
6. Delay before transfer, extra protections for loads under generator
mode
7. Input AC voltage range selectable
8. 8 ms typical transfer time
9. Ability to select/deselect power saver mode
10.17 alarms/warnings, informative for easier operation and trouble-shooting
11.Auto transfer to battery when electricity power off
12.Acceptable voltage :194-243vac or 164-243 vac
Self locking and releasing mechanic unit.
Hardened and durable steel construction for years of reliable services
The design of accurate crimping moulds and complete locking ensure
high of crimping quality when crimping repeatedly.
High transmission of force to reduce the working fatigue according
to lever control.
Portable style with perfect handle gripping position,light weight,
logical sructure and perfect handle shape design matching human
being engineering principle,it guarantees perfect crimping effect
.
It's easy to operate while using pliers,just insert the top into
its position and press it.
AWG:26-10AWG
Crimping Range: 2.5/4.0/6mm2
Handles material:ABS
Material of main body:S45C
Interface Material:AISI4140
Hardness:HRC:45±3°
Length:230MM
Weight:0.6KG
Model: LS-2546B MC4 Solar Crimping Tools
20 Hour Rate: 232
Minutes of Discharge @ 75 Amps: 122
Minutes of Discharge @ 25 Amps: 474
Length: 10 1/4” (260mm)
Width: 7 1/8” (181mm)
Height: 11 1/4” (286mm)
Additional Information:
U.S. Battery’s Flooded Lead Acid batteries are engineered and
proven to provide the fastest cycle-up to full rated capacity, and
have the highest total energy delivered over the life of the battery.
Building the best Flooded Lead Acid Battery on the market comes from a better battery cell design, hand-made construction, and attention to details.
Made in America, U.S. Battery FLA batteries utilize the company’s exclusive XC2™ formulation and Diamond Plate Technology®, allowing them to reach peak capacity in fewer cycles, higher total energy delivery, and an extended battery life. The high charge efficiency design also meets new California Energy Commission regulations for combined charger/battery charge efficiency. And because of U.S. Battery’s unique design and variety of sizes in 6, 8 and 12-volt applications, the FLA batteries offer the most compatibility with the wide range of chargers used in the field. This is why U.S. Battery’s proven manufacturing processes, along with its reliable and dependable service, continues to be the most trusted world-wide brand for more than 88 years.
Electrical Data CS6X 300P 305P 310P
Nominal Max. Power (Pmax) 300 W 305 W 310 W
Opt. Operating Voltage (Vmp) 36.1 V 36.3 V 36.4 A
Opt. Operating Current (Imp) 8.30 A 8.41 A 8.52 A
Open Circuit Voltage (Voc) 44.6 V 44.8 V 44.9 V
Short Circuit Current (Isc) 8.87 A 8.97 A 9.08 A
Module Effifficiency 15.63 % 15.90 % 16.16 %
Operating Temperature -40°C ~ +85°C
Max. System Voltage 1000 V (IEC) or 1000 V (UL)
or 600 V (UL)
Module Fire Performance TYPE 1 (UL 1703) or CLASS C (IEC61730)
Max. Series Fuse Rating 15 A
Application Classification Class A
Power Tolerance 0 ~ + 5 W
Available Soon!
Look forward to this inverter to power your home for years to come
We offer complete do it yourself off grid solar systems in a complete package that make it simple to get setup.
Contact us for custom systems
Contact UsAll inquiries regarding any of our products or services can be made right here
Kitchener, Ontario N2M 5L3
